Living The Gardens development, is a complex of 9 villas in condominium regime, on a land of 2,373 m2 with a land use category H1C, the complex is located in the Residencial Campestre subdivision, Paseo del Mar street No. 64, in Cancun, Mexico. The villas are 3-level buildings, with a total of 216 to 275 m2 depending on the villa model.
The ground floor includes access, living room, dining room, kitchen, terrace, 1/2 bathroom and utility room, in addition to the vertical circulation integrated into an interior garden; with a total between 69 and 78 m2 depending on the villa model.
The first floor includes lobby and vertical circulation, master bedroom with bathroom, dressing room and balcony, as well as 2 secondary bedrooms with shared bathroom; with a total between 63 and 65 m2 depending on the villa model.
The roof floor includes lobby and vertical circulation, roof garden with pergola, outdoor kitchenette and flower boxes; with a total between 57 and 59 m2 depending on the villa model.
The complex, in addition to the park, has outdoor amenities, such as a pool, garden, children's area, picnic area, outdoor gym, yoga area, sun deck and pet area.
Living The Gardens development, is a complex of 9 villas in condominium regime, on a land of 2,373 m2 with a land use category H1C, the complex is located in the Residencial Campestre subdivision, Paseo del Mar street No. 64, in Cancun, Mexico. The villas are 3-level buildings, with a total of 216 to 275 m2 depending on the villa model.
The ground floor includes access, living room, dining room, kitchen, terrace, 1/2 bathroom and utility room, in addition to the vertical circulation integrated into an interior garden; with a total between 69 and 78 m2 depending on the villa model.
The first floor includes lobby and vertical circulation, master bedroom with bathroom, dressing room and balcony, as well as 2 secondary bedrooms with shared bathroom; with a total between 63 and 65 m2 depending on the villa model.
The roof floor includes lobby and vertical circulation, roof garden with pergola, outdoor kitchenette and flower boxes; with a total between 57 and 59 m2 depending on the villa model.
The complex, in addition to the park, has outdoor amenities, such as a pool, garden, children's area, picnic area, outdoor gym, yoga area, sun deck and pet area.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
The building of the new headquarters of Naturgy group in Barcelona, a building property of Inmobiliaria Colonial, is located at Av. Diagonal 525. The project has been designed by Sanzpont Arquitectura through the concept of sustainable renovation, recovering a building built with the aim of reducing its environmental impact of use, extending the efficient its useful life. Its execution, in addition to having been carried out with materials of strict respect for the environment and a comprehensive environmental quality management plan, has incorporated all the design and construction requirements to achieve LEED Gold certification.
The project incorporates an innovative main façade based on large windows that provide natural light, defined by unique photocatalytic krion 3D modules, which in addition to giving the building a unique identity, have the ability to purify the air thanks to their photocatalytic material. The KEAST technology of the krion material goes a step further by extrapolating its benefits beyond its surface with its ability to decontaminate the air. The unique design, made with a line of clean and aerodynamic lines, generates an image of movement and avant-garde.
The building envelope and its systems have been designed to make it an eco-efficient model, improving its performance, thermal insulation and energy consumption. The design of the south façade incorporates a treatment of photovoltaic louvers, which, in addition to protecting from the sun in the warmer months of the year, generate clean energy for part of its electricity consumption.
A large part of the building’s roof is designed as a natural green space, incorporating low-consumption native plant species, which in addition to providing an extra insulation layer, helps to minimize the environmental impact improving the microclimate and helping to mitigate the heat island effect.
For the development of the project, a detailed study of the climate and the environment was made, to determine the characteristics of the architectural envelope and its response throughout the year, considerably improving its performance and the efficiency of the building in terms of energy savings. and sustainability. Design and improvement of the architectural envelope according to its orientation, thermal and acoustic insulation, solar control louvers and production of renewable energy, as well as a roof garden.
The project has been developed using the latest BIM cloud technology for its complete coordination, integrating virtual models of architecture, engineering and interior design, in addition to the urban environment, generating a coordinated digital building.
The original design and space planning concept implemented by CBRE and later developed by SANZPONT, is based on generating a clean and open space, with an open and continuous workspace that encourages collaboration and teamwork. Both team and managers coexist equally in the same space, where the jobs aerodynamic in such a way that they are exchanged according to the needs and work teams, offering persona lockers and formal and informal meeting rooms, as well as personal spaces to talk by phone.
THE STRUCTURAL CHALLENGE
Reinforcement with Carbon Fiber
The original building, from the 70s, had to be used for housing, with structural regulatoryrequirements far below current ones. During the construction of the work, the use of thebuilding was changed from housing to offices, leading this to modify and eliminate patiosand lines of facilities provided in the ceilings defined in the initial project, as well as accessramps to the basements. Later, some specific reinforcements were made on the roofs andsignificant permanent overloads were added to all floors. The deformations that the slabshad experienced after 50 years led to unevenness in a single floor of the order of 8cm.
The new program of uses, the desire for transparency of the interior spaces and currentregulatory requirements called for creating new slab openings for evacuation stairs andfacility lines, and modifying old ones (elevators), making it necessary to replace the originalstabilization core. of the building, originally opaque.
The total recalculation of the structure led to the reinforcement of various elements, pil-lars and slab nerves in the areas of greater spans. The reinforcements had to occupy theminimum possible space (especially to respect the required useful heights), and to be ableto be executed with great speed. For these reasons, it was decided to use carbon fiber toreinforce the slab ribs, to encase with gunite concrete and reinforced pillars, and for the ex-ecution of a reinforced compression layer, which allowed increasing the useful edge of thepositive reinforcement (and with this, reduce the number of ribs in need of reinforcement)and to place all the necessary negative assembly, regardless of the existing one. It should besaid that this reinforcing compression layer was maintained with a constant thickness, theoptimum according to the structural calculation, reproducing the arrows and unevennessof the pre-existing structure. It was not used to level its upper face since in some points itwould have been a very important thickness and overload.
Some new supports were added for actions that involved major changes, such as the ap-pearance of a new emergency staircase or the demolition and reconstruction of the eleva-tor shaft, now made up of a triangulated cage made of steel profiles. These new supportscalled for a new foundation, resolved with micropiles to minimize settlements and makethem compatible with the pre-existing foundation, which was analyzed to verify that it ac-cepted the load increases that the project implied.
In the interiors, a great effort has been made to meet the useful heights required by updated regulations, highly conditioned and limited by the pre-existing structure. Not only was the structural reinforcement studied to occupy the least possible space, but also installations and finishes were defined and coordinated to pursue this same objective. The workspaces are kept as high as possible, concentrating the installations in specific areas, such as around the elevator core, where the HVAC fan-coils are located, and linear cornice-type elements that run along the roof of the layout and that group various installations (lighting, detection, sprinklers, signals, audio, etc.) in a single element, all of them registrable for easy maintenance. The height-adjustable technical flooring maximizes the final useful height, absorbing deformations and unevenness of the structural slabs.
In the facades, different technical solutions were chosen according to the orientation of each one of them, for aspects such as their protection from the sun on the rear facade facing south, the preservation of the privacy of the neighbours of Atalaya building to the east, or the formal expression of the project on the facade of the Diagonal. The south and north facades are largely resolved with a curtain wall, but each with different peculiarities. The south façade features the industrial design and manufacture of louvers, fixed to the structure of the curtain wall, which integrate sun protection and photovoltaics into a single element, combining materials and systems from up to 5different manufacturers. The system of assembly / disassembly and connection / disconnection system of the modules allowed a very simple, fast and guided installation process during the work, and will allow easy maintenance of both the photovoltaic system and the possible replacement of facade glass during the use of the building.
The north façade is solved based on two different curtain wall solutions. The one of the blown body that forms the tribune is equal to the one of the South facade, and the one of the zone inferior, with dark glasses, reduces the measurement of its profiles of support to the essential minimum not to invade the space of the street, given the extreme proximity of the pre-existing structure to the road alignment. The entire perimeter of the grandstand issolved with drywall systems, and in its lower area involves a structural modification of the perimeter of the pre-existing roofs, which adapt to the curve. The undulating ends of white Krion posed an important challenge in order to reconcile the form and modulation proposed in the project with their correct fixation on the building. They arrived pre-industrialized at the site in 3D modules that were fixed to two continuous rails, which in turn were attached to the building either directly to the opaque areas of the corners or, when it passes in front of the curtain wall , cross-ing the uprights to a steel inner bearing structure.
The east façade has a significant urban handicap, as it is located on the border between two contiguous estates, and is really a median, with the conditions that this entails with respect to the volumetric occupation it generates, and also with regard to the views to to the neighbours. This, together with the thermal requirements of the regulations, leads to the solution of ventilated façade strips finished with white aluminum composite panel, with part of the thermal insulation placed in the corresponding interior extradoses, and other black strips, not ventilated, in the openings, equipped with dark and translucent glass, which make it impossible to see through it to preserve the privacy of the neighbours of the adjoining property, the Atalaya.
The most important roof of the project is the PB+1 plinth that separates the standard floors of the Atalaya Tower project. It is partially passable, with a platform finish with an open joint, and partially landscaped, with the heavier elements (trees) located just above the pillars of the lower floors.
Time Lapse Video by Voxel Studios (Courtesy of Colonial)
"Diagonal 525 office building, located within the Prime CBD area of Barcelona at the confluence with Avenida Sarriá, has a surface area of 5,800 m2 above ground and 1,200 m2 below ground, divided into a ground floor and nine floors. It has recently undergone a comprehensive refurbishment, resulting in one of the most emblematic office buildings in the central business hub of Barcelona, standing out for its high performance in terms of Sustainability."
- Inmobiliaria Colonial
PROJECT: D525 | Diagonal 525, Barcelona
CLIENT: Inmobiliaria Colonial & Naturgy Group
ARCHITECTURE DESIGN: sanzpont [arquitectura]
INTERIOR DESIGN: CBRE + sanzpont [arquitectura]
ARCHITECTS + CONSTRUCTION MANAGEMENT: Sergio Sanz, Victor Sanz, Oriol Vidal, Xevi Prat, Carles Campanyà, Guillem Armengol
STRUCTURAL DESIGN + CEM: Campanyà i Vinyeta Arquitectes
MEP DESIGN + LEED CONSULTANTS: PGI Engineering
PROJECT MANAGEMENT: Projects & Facilities Management
SECURITY & HEALTH: Tulpan Intermediació
GENERAL CONTRACTOR: OIC - Penta
MAIN CONTRACTORS: Suris (MEP), Garcia Faura (Façade), Butech (Krion)
PHOTOS: David Cardelús (Courtesy of Naturgy), Dani Rovira (Courtesy of Colonial), Sergio Sanz (Courtesy of Sanzpont)
TIME LAPSE: Voxel Studios
• Novum Design Awards, Helsinki, Finland: Golden Award in Architecture Design : D525 Barcelona (2021)
• Rethinking the Future Global Architecture Design Awards, New Delhi, India : First Award Winner - Office Building (Built) : D525 Barcelona (2021)
• Muse Design Awards, New York, USA : Gold Award Winner - Office Building Design : D525 Barcelona (2021)
• Muse Design Awards, New York, USA : Gold Award Winner - Building Renovation : D525 Barcelona (2021)
• TAC World Design Awards 2021 : Office Building Design (Built) Winner : D525 Barcelona (2021)
• Novum Design Awards, Helsinki, Finland: Golden Award in Architecture Design : D525 Barcelona (2021)
• Rethinking the Future Global Architecture Design Awards, New Delhi, India : First Award Winner - Office Building (Built) : D525 Barcelona (2021)
• Muse Design Awards, New York, USA : Gold Award Winner - Office Building Design : D525 Barcelona (2021)
• Muse Design Awards, New York, USA : Gold Award Winner - Building Renovation : D525 Barcelona (2021)
• TAC World Design Awards 2021 : Office Building Design (Built) Winner : D525 Barcelona (2021)
The building of the new headquarters of Naturgy group in Barcelona, a building property of Inmobiliaria Colonial, is located at Av. Diagonal 525. The project has been designed by Sanzpont Arquitectura through the concept of sustainable renovation, recovering a building built with the aim of reducing its environmental impact of use, extending the efficient its useful life. Its execution, in addition to having been carried out with materials of strict respect for the environment and a comprehensive environmental quality management plan, has incorporated all the design and construction requirements to achieve LEED Gold certification.
The project incorporates an innovative main façade based on large windows that provide natural light, defined by unique photocatalytic krion 3D modules, which in addition to giving the building a unique identity, have the ability to purify the air thanks to their photocatalytic material. The KEAST technology of the krion material goes a step further by extrapolating its benefits beyond its surface with its ability to decontaminate the air. The unique design, made with a line of clean and aerodynamic lines, generates an image of movement and avant-garde.
The building envelope and its systems have been designed to make it an eco-efficient model, improving its performance, thermal insulation and energy consumption. The design of the south façade incorporates a treatment of photovoltaic louvers, which, in addition to protecting from the sun in the warmer months of the year, generate clean energy for part of its electricity consumption.
A large part of the building’s roof is designed as a natural green space, incorporating low-consumption native plant species, which in addition to providing an extra insulation layer, helps to minimize the environmental impact improving the microclimate and helping to mitigate the heat island effect.
For the development of the project, a detailed study of the climate and the environment was made, to determine the characteristics of the architectural envelope and its response throughout the year, considerably improving its performance and the efficiency of the building in terms of energy savings. and sustainability. Design and improvement of the architectural envelope according to its orientation, thermal and acoustic insulation, solar control louvers and production of renewable energy, as well as a roof garden.
The project has been developed using the latest BIM cloud technology for its complete coordination, integrating virtual models of architecture, engineering and interior design, in addition to the urban environment, generating a coordinated digital building.
The original design and space planning concept implemented by CBRE and later developed by SANZPONT, is based on generating a clean and open space, with an open and continuous workspace that encourages collaboration and teamwork. Both team and managers coexist equally in the same space, where the jobs aerodynamic in such a way that they are exchanged according to the needs and work teams, offering persona lockers and formal and informal meeting rooms, as well as personal spaces to talk by phone.
THE STRUCTURAL CHALLENGE
Reinforcement with Carbon Fiber
The original building, from the 70s, had to be used for housing, with structural regulatoryrequirements far below current ones. During the construction of the work, the use of thebuilding was changed from housing to offices, leading this to modify and eliminate patiosand lines of facilities provided in the ceilings defined in the initial project, as well as accessramps to the basements. Later, some specific reinforcements were made on the roofs andsignificant permanent overloads were added to all floors. The deformations that the slabshad experienced after 50 years led to unevenness in a single floor of the order of 8cm.
The new program of uses, the desire for transparency of the interior spaces and currentregulatory requirements called for creating new slab openings for evacuation stairs andfacility lines, and modifying old ones (elevators), making it necessary to replace the originalstabilization core. of the building, originally opaque.
The total recalculation of the structure led to the reinforcement of various elements, pil-lars and slab nerves in the areas of greater spans. The reinforcements had to occupy theminimum possible space (especially to respect the required useful heights), and to be ableto be executed with great speed. For these reasons, it was decided to use carbon fiber toreinforce the slab ribs, to encase with gunite concrete and reinforced pillars, and for the ex-ecution of a reinforced compression layer, which allowed increasing the useful edge of thepositive reinforcement (and with this, reduce the number of ribs in need of reinforcement)and to place all the necessary negative assembly, regardless of the existing one. It should besaid that this reinforcing compression layer was maintained with a constant thickness, theoptimum according to the structural calculation, reproducing the arrows and unevennessof the pre-existing structure. It was not used to level its upper face since in some points itwould have been a very important thickness and overload.
Some new supports were added for actions that involved major changes, such as the ap-pearance of a new emergency staircase or the demolition and reconstruction of the eleva-tor shaft, now made up of a triangulated cage made of steel profiles. These new supportscalled for a new foundation, resolved with micropiles to minimize settlements and makethem compatible with the pre-existing foundation, which was analyzed to verify that it ac-cepted the load increases that the project implied.
In the interiors, a great effort has been made to meet the useful heights required by updated regulations, highly conditioned and limited by the pre-existing structure. Not only was the structural reinforcement studied to occupy the least possible space, but also installations and finishes were defined and coordinated to pursue this same objective. The workspaces are kept as high as possible, concentrating the installations in specific areas, such as around the elevator core, where the HVAC fan-coils are located, and linear cornice-type elements that run along the roof of the layout and that group various installations (lighting, detection, sprinklers, signals, audio, etc.) in a single element, all of them registrable for easy maintenance. The height-adjustable technical flooring maximizes the final useful height, absorbing deformations and unevenness of the structural slabs.
In the facades, different technical solutions were chosen according to the orientation of each one of them, for aspects such as their protection from the sun on the rear facade facing south, the preservation of the privacy of the neighbours of Atalaya building to the east, or the formal expression of the project on the facade of the Diagonal. The south and north facades are largely resolved with a curtain wall, but each with different peculiarities. The south façade features the industrial design and manufacture of louvers, fixed to the structure of the curtain wall, which integrate sun protection and photovoltaics into a single element, combining materials and systems from up to 5different manufacturers. The system of assembly / disassembly and connection / disconnection system of the modules allowed a very simple, fast and guided installation process during the work, and will allow easy maintenance of both the photovoltaic system and the possible replacement of facade glass during the use of the building.
The north façade is solved based on two different curtain wall solutions. The one of the blown body that forms the tribune is equal to the one of the South facade, and the one of the zone inferior, with dark glasses, reduces the measurement of its profiles of support to the essential minimum not to invade the space of the street, given the extreme proximity of the pre-existing structure to the road alignment. The entire perimeter of the grandstand issolved with drywall systems, and in its lower area involves a structural modification of the perimeter of the pre-existing roofs, which adapt to the curve. The undulating ends of white Krion posed an important challenge in order to reconcile the form and modulation proposed in the project with their correct fixation on the building. They arrived pre-industrialized at the site in 3D modules that were fixed to two continuous rails, which in turn were attached to the building either directly to the opaque areas of the corners or, when it passes in front of the curtain wall , cross-ing the uprights to a steel inner bearing structure.
The east façade has a significant urban handicap, as it is located on the border between two contiguous estates, and is really a median, with the conditions that this entails with respect to the volumetric occupation it generates, and also with regard to the views to to the neighbours. This, together with the thermal requirements of the regulations, leads to the solution of ventilated façade strips finished with white aluminum composite panel, with part of the thermal insulation placed in the corresponding interior extradoses, and other black strips, not ventilated, in the openings, equipped with dark and translucent glass, which make it impossible to see through it to preserve the privacy of the neighbours of the adjoining property, the Atalaya.
The most important roof of the project is the PB+1 plinth that separates the standard floors of the Atalaya Tower project. It is partially passable, with a platform finish with an open joint, and partially landscaped, with the heavier elements (trees) located just above the pillars of the lower floors.
Time Lapse Video by Voxel Studios (Courtesy of Colonial)
"Diagonal 525 office building, located within the Prime CBD area of Barcelona at the confluence with Avenida Sarriá, has a surface area of 5,800 m2 above ground and 1,200 m2 below ground, divided into a ground floor and nine floors. It has recently undergone a comprehensive refurbishment, resulting in one of the most emblematic office buildings in the central business hub of Barcelona, standing out for its high performance in terms of Sustainability."
- Inmobiliaria Colonial
PROJECT: D525 | Diagonal 525, Barcelona
CLIENT: Inmobiliaria Colonial & Naturgy Group
ARCHITECTURE DESIGN: sanzpont [arquitectura]
INTERIOR DESIGN: CBRE + sanzpont [arquitectura]
ARCHITECTS + CONSTRUCTION MANAGEMENT: Sergio Sanz, Victor Sanz, Oriol Vidal, Xevi Prat, Carles Campanyà, Guillem Armengol
STRUCTURAL DESIGN + CEM: Campanyà i Vinyeta Arquitectes
MEP DESIGN + LEED CONSULTANTS: PGI Engineering
PROJECT MANAGEMENT: Projects & Facilities Management
SECURITY & HEALTH: Tulpan Intermediació
GENERAL CONTRACTOR: OIC - Penta
MAIN CONTRACTORS: Suris (MEP), Garcia Faura (Façade), Butech (Krion)
PHOTOS: David Cardelús (Courtesy of Naturgy), Dani Rovira (Courtesy of Colonial), Sergio Sanz (Courtesy of Sanzpont)
TIME LAPSE: Voxel Studios
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
eGolf Arena is a new golf concept that unites sports and entertainment under one roof, creating a functional building full of leisure activities to enjoy with the family, with an iconic avant-garde image that inspires to play the sport with the latest in technology, and all based on the concept of sustainability and respect for the environment.
“Is a functional re-imagination of the brick and mortar standard established for driving range based entertainment, but more efficient in every way along with an iconic building design specification.”
- Dave Shultz, NextLinks
SPORTS & RECREATION ARENA
Sports & recreation arena with a forward thinking vision, where traditional game meets technology, focused on fun & entertainment. Made for young and old, for beginners and experts and for all those who want to have an excellent time involved in the world of golf. The design is conceived as an organic atmosphere, where the spaces flow with natural curves integrating with each other continuously, turning every space as social experience.
“We love so much the game of Golf, so we imagined how the next Play & Entertainment should look & feel like, envisioning almost a sacred place: GOLF Temple. Where technology and entertainment are combined to create a realistic and exciting next generation golfing experience.”
- sanzpont [arquitectura] + Pizá Golf + Nextlinks
GOLF ICONIC VENUE
The building's concept is inspired by the most recognized shape of the game: the golf ball. The round-shaped design welcomes all activities between its 2 floors and its double-height spaces, generating a unique experience that combines sport, technology, leisure and entertainment, learning, human connection, as well as gastronomy. The entrance gives you a spectacular welcoming, while the front desk makes you feel at home, the sports bar is located in a central strategic place, visible from any view, so that you can enjoy a welcome drink in connection with everything space. The gastronomy space gives you the opportunity to enjoy a variety of food experiences for all tastes, making a quiet but always in the same environment, giving you the feeling of playing while you eat. The private spaces are designed in the form of comfortable and pleasant amenities, and the lounge balconies are the perfect space to see and be seen. The use of nature is fundamental in the design, generating an indoor park venue that gives life to the environment.
“The game of Golf is immersed in nature while playing, so we wanted to bring as much of the natural environment Indoors, envisioning a park-venue”
- Victor & Sergio Sanz, sanzpont [arquitectura]
THE GOLF GAME EXPERIENCE
The arena is designed as a disruptive game changer experience, enjoying the amazing atmosphere while playing, making you feel like a pro at the center of the action, combining lights and technology as a part of incredible experience. Virtual games and hitting bays complement the technological experience, taking the sport we love to another level. The playing atrium is designed in a disruptive way, combining a double height space, RGB LED lasers, a topography and playing field grass according to the standards of the game. A space where in addition to feeling the quality of the game and technology, it allows you to have a good time with friends and family while you enjoy yourself, even spending quality time in the fire pit space.
“The strategy behind the design is to provide real shot values that can be as challenging or easy as the player wants. eGolf Arena can be played by an avid golfer or a non-golfer. This is what we strive for: Growing the game we love”
- Agustín Pizá, Pizá Golf
SUSTAINABLE DESIGN
An avant-garde and eco-friendly design, based on sustainability, the use of natural resources and the use of environmentally friendly materials. The use of photovoltaic panels on the roof, take advantage of solar energy to create clean energy, the openings of the building generate natural cross ventilation and the design of the roof, takes advantage of rainwater for its capture. The use of vegetation is fundamental in the design creating a microclimate that improves comfort and clean air.
“An important element of eGolf is sustainability: ecologically, socially and economically. The eGolf arena is designed and developed to bring forward all of the skills of traditional golf within its own uniquely majestic environment. How many new golfers will be inspired to play traditional golf after spending time in our venue?”
Magic is what happens at eGolf
- sanzpont [arquitectura] + Pizá Golf + Nextlinks
The team that has made this concept possible combines creativity and experience in its sector in an avant-garde way, uniting vertical building architecture, horizontal gaming architecture and entertainment technology, all with a cutting-edge and sustainability approach.
Architecture Design: sanzpont [arquitectura]
Golf Design: Pizá Golf
Technology Design: Nextlinks
ABOUT SANZPONT [ARQUITECTURA]
SANZPONT is an AWARD WINNING international architecture firm with offices in Barcelona, México and Chicago. Their main interest is creativity, design and a constant search for innovation. They strive to create connections between people and spaces, always prioritising sustainability and the environment. Having offices in three countries, Spain, México and the United States, Has allowed them to create an important network of professionals and companied that work with them to ensure the successful completion of their designs around the world.
ABOUT PIZÁ GOLF
Agustín Pizá is an AWARD WINNING GOLF COURSE ARCHITECT with a Masters in Golf Course Architecture from Edinburgh University in Scotland. Member of Golf European Institute and the American Society of Gold Course Architects. For more than two decades, Pizá has collaborated with legends of the game and world class golf developments. His designs are known for delivering quality, sustainability, aesthetics and strategic gold courses with its concepts WellnessGolf and GolfLounge.
ABOUT NEXTLINKS
NEXTLINKS provide spacious putting technology and gaming systems that entertain the masses at golf courses and beyond. They partner with preexisting entertainment and restaurant venues, as well as traditional golf destinations, to complement existing spaces with their proprietary technology-driven golf entertainment solutions. Re-purposing under-utilised space without need for brick and mortar construction is their specialty.
eGolf Arena is a new golf concept that unites sports and entertainment under one roof, creating a functional building full of leisure activities to enjoy with the family, with an iconic avant-garde image that inspires to play the sport with the latest in technology, and all based on the concept of sustainability and respect for the environment.
“Is a functional re-imagination of the brick and mortar standard established for driving range based entertainment, but more efficient in every way along with an iconic building design specification.”
- Dave Shultz, NextLinks
SPORTS & RECREATION ARENA
Sports & recreation arena with a forward thinking vision, where traditional game meets technology, focused on fun & entertainment. Made for young and old, for beginners and experts and for all those who want to have an excellent time involved in the world of golf. The design is conceived as an organic atmosphere, where the spaces flow with natural curves integrating with each other continuously, turning every space as social experience.
“We love so much the game of Golf, so we imagined how the next Play & Entertainment should look & feel like, envisioning almost a sacred place: GOLF Temple. Where technology and entertainment are combined to create a realistic and exciting next generation golfing experience.”
- sanzpont [arquitectura] + Pizá Golf + Nextlinks
GOLF ICONIC VENUE
The building's concept is inspired by the most recognized shape of the game: the golf ball. The round-shaped design welcomes all activities between its 2 floors and its double-height spaces, generating a unique experience that combines sport, technology, leisure and entertainment, learning, human connection, as well as gastronomy. The entrance gives you a spectacular welcoming, while the front desk makes you feel at home, the sports bar is located in a central strategic place, visible from any view, so that you can enjoy a welcome drink in connection with everything space. The gastronomy space gives you the opportunity to enjoy a variety of food experiences for all tastes, making a quiet but always in the same environment, giving you the feeling of playing while you eat. The private spaces are designed in the form of comfortable and pleasant amenities, and the lounge balconies are the perfect space to see and be seen. The use of nature is fundamental in the design, generating an indoor park venue that gives life to the environment.
“The game of Golf is immersed in nature while playing, so we wanted to bring as much of the natural environment Indoors, envisioning a park-venue”
- Victor & Sergio Sanz, sanzpont [arquitectura]
THE GOLF GAME EXPERIENCE
The arena is designed as a disruptive game changer experience, enjoying the amazing atmosphere while playing, making you feel like a pro at the center of the action, combining lights and technology as a part of incredible experience. Virtual games and hitting bays complement the technological experience, taking the sport we love to another level. The playing atrium is designed in a disruptive way, combining a double height space, RGB LED lasers, a topography and playing field grass according to the standards of the game. A space where in addition to feeling the quality of the game and technology, it allows you to have a good time with friends and family while you enjoy yourself, even spending quality time in the fire pit space.
“The strategy behind the design is to provide real shot values that can be as challenging or easy as the player wants. eGolf Arena can be played by an avid golfer or a non-golfer. This is what we strive for: Growing the game we love”
- Agustín Pizá, Pizá Golf
SUSTAINABLE DESIGN
An avant-garde and eco-friendly design, based on sustainability, the use of natural resources and the use of environmentally friendly materials. The use of photovoltaic panels on the roof, take advantage of solar energy to create clean energy, the openings of the building generate natural cross ventilation and the design of the roof, takes advantage of rainwater for its capture. The use of vegetation is fundamental in the design creating a microclimate that improves comfort and clean air.
“An important element of eGolf is sustainability: ecologically, socially and economically. The eGolf arena is designed and developed to bring forward all of the skills of traditional golf within its own uniquely majestic environment. How many new golfers will be inspired to play traditional golf after spending time in our venue?”
Magic is what happens at eGolf
- sanzpont [arquitectura] + Pizá Golf + Nextlinks
The team that has made this concept possible combines creativity and experience in its sector in an avant-garde way, uniting vertical building architecture, horizontal gaming architecture and entertainment technology, all with a cutting-edge and sustainability approach.
Architecture Design: sanzpont [arquitectura]
Golf Design: Pizá Golf
Technology Design: Nextlinks
ABOUT SANZPONT [ARQUITECTURA]
SANZPONT is an AWARD WINNING international architecture firm with offices in Barcelona, México and Chicago. Their main interest is creativity, design and a constant search for innovation. They strive to create connections between people and spaces, always prioritising sustainability and the environment. Having offices in three countries, Spain, México and the United States, Has allowed them to create an important network of professionals and companied that work with them to ensure the successful completion of their designs around the world.
ABOUT PIZÁ GOLF
Agustín Pizá is an AWARD WINNING GOLF COURSE ARCHITECT with a Masters in Golf Course Architecture from Edinburgh University in Scotland. Member of Golf European Institute and the American Society of Gold Course Architects. For more than two decades, Pizá has collaborated with legends of the game and world class golf developments. His designs are known for delivering quality, sustainability, aesthetics and strategic gold courses with its concepts WellnessGolf and GolfLounge.
ABOUT NEXTLINKS
NEXTLINKS provide spacious putting technology and gaming systems that entertain the masses at golf courses and beyond. They partner with preexisting entertainment and restaurant venues, as well as traditional golf destinations, to complement existing spaces with their proprietary technology-driven golf entertainment solutions. Re-purposing under-utilised space without need for brick and mortar construction is their specialty.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Live in Harmony with the Natural Environment
With a total of 204 apartments on 20 levels, WOHA is designed with the concept of creating a community in harmony with its natural environment, promoting well-being to its users through a conscious way of life. The architectural program consists of a basement with 2 levels of parking, green amenities, outdoor areas and 19 levels of apartments. In addition to a covered area for power generation use.
Design Premises
The Design Concept is based mainly on 3 guiding principles:
1.- Efficient and functional design.
2.- All units must enjoy the privileged view of the Caribbean Sea.
3.- It must focus on sustainability and energy savings, through a passive bioclimatic design.
Efficient and Accessible Design, through High Functionality
The concept is based on creating a module that resolves the ideal layout of a 100m2 home, in the most efficient way possible, all within a 7.7m wide x 11m long rectangle. The main living spaces, the dining room, living room and master bedroom, are directed towards the predominant view of the sea. The second bedroom and the kitchen overlook the city.
This module is designed to have cross ventilation. This is achieved by reproducing the module in a single bay, taking advantage the airflow. The design of this module is meticulously resolved in such a way that it avoids having corridors and residual circulation spaces. The unit is accessed directly from the elevator, which also avoids having unnecessary common corridors between units, with emergency exits and continuous service with lift truck.
All units must have a view of the sea
Once the module was resolved with the highest efficiency, the next design premise was that 100% of the units should benefit from the view that the site has.
Sustainable Approach
Climate Analysis
The climate of the region is warm and sub-humid, with abundant rainfall in summer and lower rainfall in winter. The average annual temperature ranges between 28ºC and 32ºC during the summer and from 26ºC to 27ºC during the winter.
The following graph shows the temperature, relative humidity, wind speed, solar incidence and cloudiness. This graph helps us understand the climatic behavior during the year, allowing us to develop bioclimatic strategies to achieve architectural comfort.
Bio-Environmental Diagram
In the following diagram of bio-environmental comfort, it is observed that the climate is located in the pink area throughout the year. This indicates that the strategy to follow to achieve thermal comfort in the architectural space should be: Cross Ventilation and Sun Protection.
Comfort Percentage Diagram
In the previous diagram, the percentage of comfort represented throughout the year with the selected bioclimatic strategy is observed. We can say that cross ventilation is less efficient in summer, so artificial ventilation techniques are recommended during that season.
The world is changing and society is becoming more aware. Today we are more concerned with the environment and the legacy that we will pass on to the next generation. We are more careful with what we consume and we are trying to be more careful with our habits, living and growing in harmony with the environment, leaving behind excessive consumption.
WOHA is conceived through the idea of generating a change in the way we live, promoting:
1.- The reduction of energy consumption
2.- Recycling of waste for new uses
3.- Reuse and resource efficiency
Live in Harmony with the Natural Environment
With a total of 204 apartments on 20 levels, WOHA is designed with the concept of creating a community in harmony with its natural environment, promoting well-being to its users through a conscious way of life. The architectural program consists of a basement with 2 levels of parking, green amenities, outdoor areas and 19 levels of apartments. In addition to a covered area for power generation use.
Design Premises
The Design Concept is based mainly on 3 guiding principles:
1.- Efficient and functional design.
2.- All units must enjoy the privileged view of the Caribbean Sea.
3.- It must focus on sustainability and energy savings, through a passive bioclimatic design.
Efficient and Accessible Design, through High Functionality
The concept is based on creating a module that resolves the ideal layout of a 100m2 home, in the most efficient way possible, all within a 7.7m wide x 11m long rectangle. The main living spaces, the dining room, living room and master bedroom, are directed towards the predominant view of the sea. The second bedroom and the kitchen overlook the city.
This module is designed to have cross ventilation. This is achieved by reproducing the module in a single bay, taking advantage the airflow. The design of this module is meticulously resolved in such a way that it avoids having corridors and residual circulation spaces. The unit is accessed directly from the elevator, which also avoids having unnecessary common corridors between units, with emergency exits and continuous service with lift truck.
All units must have a view of the sea
Once the module was resolved with the highest efficiency, the next design premise was that 100% of the units should benefit from the view that the site has.
Sustainable Approach
Climate Analysis
The climate of the region is warm and sub-humid, with abundant rainfall in summer and lower rainfall in winter. The average annual temperature ranges between 28ºC and 32ºC during the summer and from 26ºC to 27ºC during the winter.
The following graph shows the temperature, relative humidity, wind speed, solar incidence and cloudiness. This graph helps us understand the climatic behavior during the year, allowing us to develop bioclimatic strategies to achieve architectural comfort.
Bio-Environmental Diagram
In the following diagram of bio-environmental comfort, it is observed that the climate is located in the pink area throughout the year. This indicates that the strategy to follow to achieve thermal comfort in the architectural space should be: Cross Ventilation and Sun Protection.
Comfort Percentage Diagram
In the previous diagram, the percentage of comfort represented throughout the year with the selected bioclimatic strategy is observed. We can say that cross ventilation is less efficient in summer, so artificial ventilation techniques are recommended during that season.
The world is changing and society is becoming more aware. Today we are more concerned with the environment and the legacy that we will pass on to the next generation. We are more careful with what we consume and we are trying to be more careful with our habits, living and growing in harmony with the environment, leaving behind excessive consumption.
WOHA is conceived through the idea of generating a change in the way we live, promoting:
1.- The reduction of energy consumption
2.- Recycling of waste for new uses
3.- Reuse and resource efficiency
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Residencial Cumbres is one of the most successful housing developments in Cancun, located in a commercial area between the airport and the city center. In addition to the neighborhood’s steady growth, the complex offers various amenities to its residents, such as service and commercial areas and an important urban corridor for its users. Our critical analysis stems from the city’s lack of public walking space, which due to the climate, must be shaded so the users are comfortable. For this reason, all commercial spaces were built at the sidewalk level and the complex features an immense system of walkways, bringing commerce and life to the pedestrian.
DESIGN CONCEPT
Our proposal goes beyond any initiative, by promoting the expansion of public space through a pedestrian plaza, and by complying with land occupation guidelines, the building is set back from the sidewalk as much as possible, expanding the public space to create a city. The shaded space extends from the sidewalk an additional 20 meters, inviting pedestrians to use the space for living, rest and recreation, designed with universal accessibility.
URBAN DESIGN
A market study conducted by the property owner determined that the project would consist of a power center building with a mix of commercial storefronts and corporate office space, offering accessible commerce and convenience to the patrons. While this business model is relatively common, we wanted to take it a step further and proposed to create a public space available to all. This took the form of a public, shaded recreational space for pedestrians and even non-consumers to enjoy. This urban terrace immediately adds value to the surrounding context.
FUNCTIONALITY
The project had to accommodate the typical commercial storefront layout, rectangular and in battery. In order to avoid one of the most common problems in commercial centers, the lack of interest and desire to access the upper floors, it was decided to give prominence to the escalators and place them in the center as a focal point, providing greater accessibility to the users. Continuous walkways propose various routes to access the three different levels, reaching urban terraces which are oriented toward the dominant winds. These terraces are perfect for cafeterias, bars and restaurants and are connected to elevators and escalators via the main walkways. The large overhangs invite users to stay and enjoy the space. To complement the commercial area, there is a different volume containing the corporate office spaces. This volume has a different function and language than the first, generating a “glass box” structure typical of corporate buildings. The spaces are more private and conducive to offices. Internal circulations have high efficiency causing the rented space to be more cost effective. Rental spaces for modular “self service” offices to be rented and subdivided according to the needs of each company.
TECHNOLOGY
While it can be a challenge to stay within budget when constructing a building of “normal” design and cost, it can be even more challenging for an atypical building with an irregular structure such as Meet Point. In this case, it was imperative to effectively utilize 3D BIM (Building Information Modeling) technology to develop all design and construction documents, allowing the team to fabricate digital models and collaborate across all disciplines, effectively avoiding construction errors. Another great challenge was the execution of the metal structure, due to its inclined columns and angled joints. This was addressed by designing, manufacturing and cutting the pieces digitally, then assembling them on site using screws. The other major challenge was the angled glass facade of the corporate office area, which was also solved by digitally designing, fabricating and manufacturing the parts.
INTERNATIONAL ARCHITECTURE AWARDS
• III Bienal Arquitectura del Caribe Mexicano: Mención Honorífica - Categoría Uso Mixto
• World Architecture Awards 10+5+X Honorary Members: Architecture - Realised Category, 33rd Cycle
• World Architecture Awards 10+5+X Community Members: Architecture - Realised Category, 33rd Cycle
• APR Urban Design & Architecture Design Awards 2019: 1st Place Winner - Commercial Built
• Peninsula Award For Architecture and Interior Design AA/Mexico: 3rd Place - Architecture Category
SOLAR RADIATION STUDY
To develop the project, a study of solar thermal radiation was made to determine the architectural solution of the envelope and materials to be used, in order to guarantee adequate comfort with the minimum of energy resources. Through the study, it was seen the need to generate solar protection overhangs in order to avoid direct sun radiation into interior spaces.
INTERNATIONAL ARCHITECTURE AWARDS
• III Bienal Arquitectura del Caribe Mexicano: Mención Honorífica - Categoría Uso Mixto
• World Architecture Awards 10+5+X Honorary Members: Architecture - Realised Category, 33rd Cycle
• World Architecture Awards 10+5+X Community Members: Architecture - Realised Category, 33rd Cycle
• APR Urban Design & Architecture Design Awards 2019: 1st Place Winner - Commercial Built
• Peninsula Award For Architecture and Interior Design AA/Mexico: 3rd Place - Architecture Category
Residencial Cumbres is one of the most successful housing developments in Cancun, located in a commercial area between the airport and the city center. In addition to the neighborhood’s steady growth, the complex offers various amenities to its residents, such as service and commercial areas and an important urban corridor for its users. Our critical analysis stems from the city’s lack of public walking space, which due to the climate, must be shaded so the users are comfortable. For this reason, all commercial spaces were built at the sidewalk level and the complex features an immense system of walkways, bringing commerce and life to the pedestrian.
DESIGN CONCEPT
Our proposal goes beyond any initiative, by promoting the expansion of public space through a pedestrian plaza, and by complying with land occupation guidelines, the building is set back from the sidewalk as much as possible, expanding the public space to create a city. The shaded space extends from the sidewalk an additional 20 meters, inviting pedestrians to use the space for living, rest and recreation, designed with universal accessibility.
URBAN DESIGN
A market study conducted by the property owner determined that the project would consist of a power center building with a mix of commercial storefronts and corporate office space, offering accessible commerce and convenience to the patrons. While this business model is relatively common, we wanted to take it a step further and proposed to create a public space available to all. This took the form of a public, shaded recreational space for pedestrians and even non-consumers to enjoy. This urban terrace immediately adds value to the surrounding context.
FUNCTIONALITY
The project had to accommodate the typical commercial storefront layout, rectangular and in battery. In order to avoid one of the most common problems in commercial centers, the lack of interest and desire to access the upper floors, it was decided to give prominence to the escalators and place them in the center as a focal point, providing greater accessibility to the users. Continuous walkways propose various routes to access the three different levels, reaching urban terraces which are oriented toward the dominant winds. These terraces are perfect for cafeterias, bars and restaurants and are connected to elevators and escalators via the main walkways. The large overhangs invite users to stay and enjoy the space. To complement the commercial area, there is a different volume containing the corporate office spaces. This volume has a different function and language than the first, generating a “glass box” structure typical of corporate buildings. The spaces are more private and conducive to offices. Internal circulations have high efficiency causing the rented space to be more cost effective. Rental spaces for modular “self service” offices to be rented and subdivided according to the needs of each company.
TECHNOLOGY
While it can be a challenge to stay within budget when constructing a building of “normal” design and cost, it can be even more challenging for an atypical building with an irregular structure such as Meet Point. In this case, it was imperative to effectively utilize 3D BIM (Building Information Modeling) technology to develop all design and construction documents, allowing the team to fabricate digital models and collaborate across all disciplines, effectively avoiding construction errors. Another great challenge was the execution of the metal structure, due to its inclined columns and angled joints. This was addressed by designing, manufacturing and cutting the pieces digitally, then assembling them on site using screws. The other major challenge was the angled glass facade of the corporate office area, which was also solved by digitally designing, fabricating and manufacturing the parts.
SOLAR RADIATION STUDY
To develop the project, a study of solar thermal radiation was made to determine the architectural solution of the envelope and materials to be used, in order to guarantee adequate comfort with the minimum of energy resources. Through the study, it was seen the need to generate solar protection overhangs in order to avoid direct sun radiation into interior spaces.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
The challenge was to bring our contemporary design ideas to a very distinctive neighborhood, The Highlands, and to utilize a typical plan of two volumes of apartments divided by an alley. We accepted the challenge of creating our first residential architectural project in the US. Having previously completed several retail design projects in NY, TX, MD and FL, we were excited for this new creative opportunity! Thanks to the local architecture firm S-Arch for partnering with us to make 29ZEN a reality.
After visiting the site, its surroundings and several comparable properties in the area, we discovered a distinctive concept when designing townhomes in Denver; the repetition of the units with only a slight variation in the façade. We decided to preserve this concept while adding a building envelope that would wrap the volume and unify the units, so they are perceived as a continuous structure. We wanted to impart a sense of identity and uniqueness to the building, creating distinctive elements that will make it recognizable. We chose to emphasize the horizontality with long straight lines, creating the appearance of a longer building. The building envelope that wraps the structure becomes a pergola/canopy at the rooftop, creating the most identifiable characteristic of the design.
We were very clear from the beginning that the color palette of the façade should be clean and contemporary, with a touch of warmth that is necessary for any housing project. Inspired by the rocks of the snowy mountains of Denver, we chose to use an innovative Porcelanosa product, an ultra-thin, large-format, ventilated porcelain tile system. The texture of the white stony marble is inherent to Denver’s snowy winters. In addition, elements of wood texture provide necessary warmth and offer a subtly elegant appearance. The third component is stainless steel, which complements the other elements with an industrial edge.
The layout of the living spaces is not typical. The dining and living spaces are located on the third floor, with direct access to the rooftop. This promotes daily use of the outdoor spaces during the warmer months.
The challenge was to bring our contemporary design ideas to a very distinctive neighborhood, The Highlands, and to utilize a typical plan of two volumes of apartments divided by an alley. We accepted the challenge of creating our first residential architectural project in the US. Having previously completed several retail design projects in NY, TX, MD and FL, we were excited for this new creative opportunity! Thanks to the local architecture firm S-Arch for partnering with us to make 29ZEN a reality.
After visiting the site, its surroundings and several comparable properties in the area, we discovered a distinctive concept when designing townhomes in Denver; the repetition of the units with only a slight variation in the façade. We decided to preserve this concept while adding a building envelope that would wrap the volume and unify the units, so they are perceived as a continuous structure. We wanted to impart a sense of identity and uniqueness to the building, creating distinctive elements that will make it recognizable. We chose to emphasize the horizontality with long straight lines, creating the appearance of a longer building. The building envelope that wraps the structure becomes a pergola/canopy at the rooftop, creating the most identifiable characteristic of the design.
We were very clear from the beginning that the color palette of the façade should be clean and contemporary, with a touch of warmth that is necessary for any housing project. Inspired by the rocks of the snowy mountains of Denver, we chose to use an innovative Porcelanosa product, an ultra-thin, large-format, ventilated porcelain tile system. The texture of the white stony marble is inherent to Denver’s snowy winters. In addition, elements of wood texture provide necessary warmth and offer a subtly elegant appearance. The third component is stainless steel, which complements the other elements with an industrial edge.
The layout of the living spaces is not typical. The dining and living spaces are located on the third floor, with direct access to the rooftop. This promotes daily use of the outdoor spaces during the warmer months.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Located in a quiet area with views of the mountains, The Earth project had as a special feature the challenge of integrating two basic characteristics for our design: Sustainability and user development. For this resolution, a study of solar geometry and analysis of thermal radiation was carried out, which were used to determine the functionality of the material chosen for the skin of the façade of this project.
INSPIRATIONS & SUSTAINABILITY
Inspired by the concept of a solar eclipse "The Chambre" integrates features of traditional Ksar architecture with angled adobe walls to ensure thermal insulation, in this case, the walls have the greatest effect on the whole of the environmental building, since the chosen material will be responsible for most of the heat loss and will compensate the high and low temperatures thanks to its breathability promoting a healthy environment for users.
Using local materials to minimize environmental damage, the rammed earth structures are durable, function as a thermal regulator and acoustic insulator, providing a comfortable environment that the guest is relaxed.
DESIGN CONCEPT
Contemporary design can thrive in a traditional context; reinterpreting cultural and historical influences from the past to be reimagined as new ideas for the future. In this eco-friendly wellness resort in Morocco, the project focuses on honoring the traditional roots of the region while introducing new, sustainable ways of construction and design, creating an oasis that truly is the best of both worlds.
The concept of the Earth Project is based on the identity and sense of belonging, integrating characteristic elements of the Moroccan architecture and culture that together with the natural landscape work perfectly creating an atmosphere of serenity and harmony.
Located in a quiet area with views of the mountains, The Earth project had as a special feature the challenge of integrating two basic characteristics for our design: Sustainability and user development. For this resolution, a study of solar geometry and analysis of thermal radiation was carried out, which were used to determine the functionality of the material chosen for the skin of the façade of this project.
INSPIRATIONS & SUSTAINABILITY
Inspired by the concept of a solar eclipse "The Chambre" integrates features of traditional Ksar architecture with angled adobe walls to ensure thermal insulation, in this case, the walls have the greatest effect on the whole of the environmental building, since the chosen material will be responsible for most of the heat loss and will compensate the high and low temperatures thanks to its breathability promoting a healthy environment for users.
Using local materials to minimize environmental damage, the rammed earth structures are durable, function as a thermal regulator and acoustic insulator, providing a comfortable environment that the guest is relaxed.
DESIGN CONCEPT
Contemporary design can thrive in a traditional context; reinterpreting cultural and historical influences from the past to be reimagined as new ideas for the future. In this eco-friendly wellness resort in Morocco, the project focuses on honoring the traditional roots of the region while introducing new, sustainable ways of construction and design, creating an oasis that truly is the best of both worlds.
The concept of the Earth Project is based on the identity and sense of belonging, integrating characteristic elements of the Moroccan architecture and culture that together with the natural landscape work perfectly creating an atmosphere of serenity and harmony.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
VAN24 house is located just north of Mexico City, in the hills near the Madin dam. This project was developed on a lot with excellent views of the city and of two volcanoes, Popocatépetl and Iztaccíhuatl. The view was a central aspect of the design process.
The land contains a pronounced downward slope, ending up at almost six meters /almost 20 ft. below street level. Taking advantage of the lot’s natural topography, the house was constructed at the lowest point, creating two underground levels. This layout offered the opportunity to give the two lower levels a sense of privacy and security that is perfect for the bedroom area.
There are two and a half levels above the street. The main entrance and living area are found one half level above the street, while you step down one half level to the kitchen and dining area. This creates a double height ceiling and ensures uninterrupted views from any vantage point within the main living space
A large four-panel sliding glass door in the living room opens onto a balcony that runs the entire length of the facade, creating a continuous experience between the interior and the exterior. This sense of continuity, combined with the double height ceiling, was essential in creating a spacious open floor plan for the main living space.
The focus remains on the incredible views of the city as we move to the highest level of the house, the roof garden. This space, consisting of a terrace and crowned by a light, white cover that opens to the sky like a screen, was designed as an ideal family gathering place and uses greenery to create an urban sanctuary. Wood louvers offer a sense of privacy from the outside, while admitting light and air into the space.
The concept of VAN24, a floating house, arose from the very use of the half levels. Having the main entrance a half level above the street and the covered parking a half level below, created a base. The treatment of this base was important since it had to provide a contrasting texture and color to encourage a much darker appearance that essentially disappears when in the shadows. For this reason, a slab stone was chosen from a nearby quarry that contrasts with the white of the two levels it supports. When these levels create shadow on the stone base it is possible to imagine that the house is levitating in the air, floating.
VAN24 house is located just north of Mexico City, in the hills near the Madin dam. This project was developed on a lot with excellent views of the city and of two volcanoes, Popocatépetl and Iztaccíhuatl. The view was a central aspect of the design process.
The land contains a pronounced downward slope, ending up at almost six meters /almost 20 ft. below street level. Taking advantage of the lot’s natural topography, the house was constructed at the lowest point, creating two underground levels. This layout offered the opportunity to give the two lower levels a sense of privacy and security that is perfect for the bedroom area.
There are two and a half levels above the street. The main entrance and living area are found one half level above the street, while you step down one half level to the kitchen and dining area. This creates a double height ceiling and ensures uninterrupted views from any vantage point within the main living space
A large four-panel sliding glass door in the living room opens onto a balcony that runs the entire length of the facade, creating a continuous experience between the interior and the exterior. This sense of continuity, combined with the double height ceiling, was essential in creating a spacious open floor plan for the main living space.
The focus remains on the incredible views of the city as we move to the highest level of the house, the roof garden. This space, consisting of a terrace and crowned by a light, white cover that opens to the sky like a screen, was designed as an ideal family gathering place and uses greenery to create an urban sanctuary. Wood louvers offer a sense of privacy from the outside, while admitting light and air into the space.
The concept of VAN24, a floating house, arose from the very use of the half levels. Having the main entrance a half level above the street and the covered parking a half level below, created a base. The treatment of this base was important since it had to provide a contrasting texture and color to encourage a much darker appearance that essentially disappears when in the shadows. For this reason, a slab stone was chosen from a nearby quarry that contrasts with the white of the two levels it supports. When these levels create shadow on the stone base it is possible to imagine that the house is levitating in the air, floating.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Ocoabay is located in Azua, Dominican Republic, one of 13 Caribbean countries. Azua is one of the 32 provinces of the Dominican Republic, which is located in the southwestern region of the country and bordered to the northwest by San Juan, to the west by Bahoruco, to the southwest by Barahona, to the south by the Caribbean Sea, to the northeast by La Vega, to the east by San José de Ocoa and to the southeast by Peravia.
According to the topographic plan, the lot is spread out over an area of 1,568,814.62 square meters (16,886,580 square feet) which varies between regular and mountainous. The regular areas maintain a constant slope, while the mountainous areas offer more variation including flatter sections where buildings were placed.
The general concept of Ocoabay revolves around the only vineyard in the Caribbean. This unique environment is what surrounds and gives life to this tourist destination. Ocoabay is the only development in the Caribbean that is based on wine production and the vineyard experience, which is why the vineyard itself is the inspiration that governs the design of the project. The Dominican Republic is one of the richest cultural and nature destinations, making Ocoabay one of the best destinations in all of the Caribbean.
The Ocoabay project is divided into two phases; the first phase includes a Boutique Hotel, Villas and an ApartHotel, plus an extensive variety of activities, which surround the vineyards, generating a circuit. PHASE I has a higher construction density than PHASE II since the latter is considered a natural reserve area, therefore the activities and works located within this phase are of low environmental impact. The activity areas within the project are linked one by one along the perimeter roads forming a circuit, allowing ease of mobility and orientation for guests and residents. The villas are the most densely occupied area and are organized in clusters around the large, central vineyard. This clustered organizational approach makes the location of each villa ideal. Ocoabay is a development focused on sustainability. Each of the areas contemplate a series of passive sustainable design strategies, combining the design concept with functionality to take advantage of the natural riches and merge architecture with the natural environment.
Furthermore, this organizational approach allows for the division of infrastructure and basic services, such as electricity and water, to be clearly controlled and operated by section. Also, the layout of the tertiary roads functions clearly and concisely by connecting each cluster to the secondary roads that surround the perimeter of the large, central vineyard, connecting each villa to the center of the project.
Strategies are considered to reduce energy consumption and increase the efficiency of the building, making use of renewable energy for lighting and making the most of natural light, in addition to the generation of energy, by means of solar photovoltaic panels, located on the roof. Efficient installations are also very important, as well as the artificial lighting system, which is proposed with a high efficiency LED system.
Natural lighting is achieved through the facade of extra clear glass solar control, promoting the best use of natural light during the day creating an adequate thermal environment.
The selection of responsable and local materials in proposed to minimize the amount of waste in the construction, as well as materials with recycled components and of low environmental impact.
A more intelligent use of drinking water is applied, both inside and outside the building, using technologies to reduce consumption, efficient installations, water recycling through the separation of gray water, taking advantage of then to irrigate green areas, as well as their control and measurement.
• A’ Design Award, Milan, Italy: Silver A' Design Award - A' Spatial Design Award
• ReThinking The Future, New Delhi, India: Second Award - Mixed Use Concept
• World Architecture Awards 10+5+X: Designed Category
• A’ Design Award, Milan, Italy: Silver A' Design Award - A' Spatial Design Award
• ReThinking The Future, New Delhi, India: Second Award - Mixed Use Concept
• World Architecture Awards 10+5+X: Designed Category
Ocoabay is located in Azua, Dominican Republic, one of 13 Caribbean countries. Azua is one of the 32 provinces of the Dominican Republic, which is located in the southwestern region of the country and bordered to the northwest by San Juan, to the west by Bahoruco, to the southwest by Barahona, to the south by the Caribbean Sea, to the northeast by La Vega, to the east by San José de Ocoa and to the southeast by Peravia.
According to the topographic plan, the lot is spread out over an area of 1,568,814.62 square meters (16,886,580 square feet) which varies between regular and mountainous. The regular areas maintain a constant slope, while the mountainous areas offer more variation including flatter sections where buildings were placed.
The general concept of Ocoabay revolves around the only vineyard in the Caribbean. This unique environment is what surrounds and gives life to this tourist destination. Ocoabay is the only development in the Caribbean that is based on wine production and the vineyard experience, which is why the vineyard itself is the inspiration that governs the design of the project. The Dominican Republic is one of the richest cultural and nature destinations, making Ocoabay one of the best destinations in all of the Caribbean.
The Ocoabay project is divided into two phases; the first phase includes a Boutique Hotel, Villas and an ApartHotel, plus an extensive variety of activities, which surround the vineyards, generating a circuit. PHASE I has a higher construction density than PHASE II since the latter is considered a natural reserve area, therefore the activities and works located within this phase are of low environmental impact. The activity areas within the project are linked one by one along the perimeter roads forming a circuit, allowing ease of mobility and orientation for guests and residents. The villas are the most densely occupied area and are organized in clusters around the large, central vineyard. This clustered organizational approach makes the location of each villa ideal. Ocoabay is a development focused on sustainability. Each of the areas contemplate a series of passive sustainable design strategies, combining the design concept with functionality to take advantage of the natural riches and merge architecture with the natural environment.
Furthermore, this organizational approach allows for the division of infrastructure and basic services, such as electricity and water, to be clearly controlled and operated by section. Also, the layout of the tertiary roads functions clearly and concisely by connecting each cluster to the secondary roads that surround the perimeter of the large, central vineyard, connecting each villa to the center of the project.
Strategies are considered to reduce energy consumption and increase the efficiency of the building, making use of renewable energy for lighting and making the most of natural light, in addition to the generation of energy, by means of solar photovoltaic panels, located on the roof. Efficient installations are also very important, as well as the artificial lighting system, which is proposed with a high efficiency LED system.
Natural lighting is achieved through the facade of extra clear glass solar control, promoting the best use of natural light during the day creating an adequate thermal environment.
The selection of responsable and local materials in proposed to minimize the amount of waste in the construction, as well as materials with recycled components and of low environmental impact.
A more intelligent use of drinking water is applied, both inside and outside the building, using technologies to reduce consumption, efficient installations, water recycling through the separation of gray water, taking advantage of then to irrigate green areas, as well as their control and measurement.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
The design of the Cosm tower is inspired by the spectacular design of Studio 7.5 for Herman Miller.
The design of the structure of the building is inspired by the Cosm chair, with an earthquake-dynamic system that works intelligently against oscillating and trepidatory movements of earthquakes, providing maximum stability to the building.
The skin of the building is inspired by the Cosm fabric, and is composed of a Serge Ferrari solar control bioclimatic textile façade, an innovative material that offers thermal and visual protection, freedom of design and maximum visibility to the outside.
The design of the building structure, similar to the Cosm chair, dynamically stiffens the facade of the building, forming a seismic-resistant diaphragm of structural diagonal bracing that provides strength and ductility to the design.
The Colors of Cosm | RGB LED Technology: The color in the design of the building is created digitally by means of RGB LED low consumption lighting, bathing the neutral surface of the building skin with light that dynamizes the aesthetics and offers a more technological aspect.
The functional, technical, energetic and sustainable performance of the building are also reflected in its aesthetic design, creating an icon that highlights the values of the brand.
The selection of responsible and local materials is proposed to minimize the amount of waste in the construction, as well as materials with recycled components and of low environmental impact. The facades propose the use of extra-clear solar control glass "SGG COOL LITE" to regulate the temperature, save energy and reduce the consumption of air conditioning, improving visual comfort by reducing solar glare.
The design of the Cosm Tower is focused on Sustainability and Bioclimatic design, taking advantage of renewable energy while minimizing its environmental impact.
Photovoltaic Panels: The skin of the building integrates a solar control membrane with photovoltaic cells to take advantage of the sun as renewable natural energy.
Plants that Clean the Air: The skin of the building integrates plants that filter the air to help eliminate environmental pollution.
Innovation: The construction of the building is conceived by means of the Holedeck innovative construction system, which is considered to be the most sustainable concrete structure in the world, as it reduces the weight and volume of the building by minimizing the use of resources.
Water Filtration: A water filtration system reduces environmental pollution and an irrigation system treats and utilizes gray water.
Water Efficiency: It promotes a more intelligent use of drinking water, both inside and outside the building, using technologies to reduce consumption through controlling and measuring the amount used, efficient facilities and water recycling.
Use of Stormwater: Collection of rainwater to reduce the consumption of the urban hydraulic network.
Accessibility and Function: Easy urban accessibility, bicycle parking, with an adequate functional design that intelligently integrates uses and spaces.
Connection with Nature: Access plaza, terraces and spaces with natural vegetation and fountains that promote a peaceful moment in the environment, in addition to increasing the exterior / interior connection.
Comfort: Holistic and efficient design focused on the user. The maximum possible natural lighting and comfort to the user is provided in all interior spaces in addition to the use of materials that promote wellness.
Interior Environmental Quality: Proper natural lighting is achieved through the facade of extra-clear solar control glass, promoting the best use of natural light during the day creating an adequate thermal environment. Air renewal systems maintain the quality of the environment.
Location and Transportation: In direct connection with the public transportation network, which links the user with the city and its urban mobility network.
Amenities: Generate the maximum possible spaces for public use that create social cohesion, such as a bicycle paths, pedestrian walks, terraces and a viewpoint.
Expansion of Public Space: Public use of spaces that integrate the building with its urban context is promoted.
Sports Port: In addition to the pedestrian urban space, a maritime-sporting connection is generated that promotes an additional point of social interaction.
• World Architecture Awards 10+5+X: Architecture Designed Category, 31st Cycle : COSM Tower (2019)
• World Architecture Awards 10+5+X: Architecture Designed Category, 31st Cycle : COSM Tower (2019)
The design of the Cosm tower is inspired by the spectacular design of Studio 7.5 for Herman Miller.
The design of the structure of the building is inspired by the Cosm chair, with an earthquake-dynamic system that works intelligently against oscillating and trepidatory movements of earthquakes, providing maximum stability to the building.
The skin of the building is inspired by the Cosm fabric, and is composed of a Serge Ferrari solar control bioclimatic textile façade, an innovative material that offers thermal and visual protection, freedom of design and maximum visibility to the outside.
The design of the building structure, similar to the Cosm chair, dynamically stiffens the facade of the building, forming a seismic-resistant diaphragm of structural diagonal bracing that provides strength and ductility to the design.
The Colors of Cosm | RGB LED Technology: The color in the design of the building is created digitally by means of RGB LED low consumption lighting, bathing the neutral surface of the building skin with light that dynamizes the aesthetics and offers a more technological aspect.
The functional, technical, energetic and sustainable performance of the building are also reflected in its aesthetic design, creating an icon that highlights the values of the brand.
The selection of responsible and local materials is proposed to minimize the amount of waste in the construction, as well as materials with recycled components and of low environmental impact. The facades propose the use of extra-clear solar control glass "SGG COOL LITE" to regulate the temperature, save energy and reduce the consumption of air conditioning, improving visual comfort by reducing solar glare.
The design of the Cosm Tower is focused on Sustainability and Bioclimatic design, taking advantage of renewable energy while minimizing its environmental impact.
Photovoltaic Panels: The skin of the building integrates a solar control membrane with photovoltaic cells to take advantage of the sun as renewable natural energy.
Plants that Clean the Air: The skin of the building integrates plants that filter the air to help eliminate environmental pollution.
Innovation: The construction of the building is conceived by means of the Holedeck innovative construction system, which is considered to be the most sustainable concrete structure in the world, as it reduces the weight and volume of the building by minimizing the use of resources.
Water Filtration: A water filtration system reduces environmental pollution and an irrigation system treats and utilizes gray water.
Water Efficiency: It promotes a more intelligent use of drinking water, both inside and outside the building, using technologies to reduce consumption through controlling and measuring the amount used, efficient facilities and water recycling.
Use of Stormwater: Collection of rainwater to reduce the consumption of the urban hydraulic network.
Accessibility and Function: Easy urban accessibility, bicycle parking, with an adequate functional design that intelligently integrates uses and spaces.
Connection with Nature: Access plaza, terraces and spaces with natural vegetation and fountains that promote a peaceful moment in the environment, in addition to increasing the exterior / interior connection.
Comfort: Holistic and efficient design focused on the user. The maximum possible natural lighting and comfort to the user is provided in all interior spaces in addition to the use of materials that promote wellness.
Interior Environmental Quality: Proper natural lighting is achieved through the facade of extra-clear solar control glass, promoting the best use of natural light during the day creating an adequate thermal environment. Air renewal systems maintain the quality of the environment.
Location and Transportation: In direct connection with the public transportation network, which links the user with the city and its urban mobility network.
Amenities: Generate the maximum possible spaces for public use that create social cohesion, such as a bicycle paths, pedestrian walks, terraces and a viewpoint.
Expansion of Public Space: Public use of spaces that integrate the building with its urban context is promoted.
Sports Port: In addition to the pedestrian urban space, a maritime-sporting connection is generated that promotes an additional point of social interaction.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Technology help us simulate, plan and visualize the project with the client, allowing for flexibility in the exploration and changes to the project design until the accomplishment of all needs. BIM give us a better coordination and collaboration with contractors, helping in deliver, optimize, schedule and cost control allowing the prefabrication of more parts of the project giving faster results with superior quality.
The retail and tourist information center for Civitatis.com was a digitally handcrafted in BIM technology improving the overall project quality with a faster delivery process.
Technology help us simulate, plan and visualize the project with the client, allowing for flexibility in the exploration and changes to the project design until the accomplishment of all needs. BIM give us a better coordination and collaboration with contractors, helping in deliver, optimize, schedule and cost control allowing the prefabrication of more parts of the project giving faster results with superior quality.
The retail and tourist information center for Civitatis.com was a digitally handcrafted in BIM technology improving the overall project quality with a faster delivery process.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
VAZ32 house in Mexico City was created to meet the needs of the client- a development company looking for a unique and contemporary product that could compete in the current real estate market of Mexico City. At the same time, the design is a result of the site and its unique building restrictions put in place by the subdivision- a 31-foot-wide by 63-foot-deep rectangular lot, with 10-foot setbacks in both the front and back, in close proximity to surrounding houses on three sides, and a steep slope down -34 feet from street level.
Taking advantage of the natural shape of the land, it was decided to design the private spaces below street level, creating a sense of security and privacy in the bedrooms while occupying most of the slope of the land. By cutting into the land and constructing with the site’s natural topography, we were able to save money by avoiding excessive filling costs. At the lowest level, where the master bedroom is located, the setback restrictions set forth by the subdivision were used to our advantage to create a private garden that is also accessed by the family room.
The public spaces were designed at street level and create the main façade of the house, which is crowned by a light, white cover that opens to the sky like a screen. This light cover becomes a building envelope that embraces the house and at the same time, creates contrast with the concrete walls.
This same building envelope transforms into a half wall that serves as division between the pedestrian access and the parking area. Conceptually, this feature represents a continuous line from roof, to façade, to the front of the property and continues infinitely.
A large retaining wall passes through the entire width of the house on all four levels, including the roof garden, and functions as the backbone of the project. In addition to its structural importance, this feature becomes an architectural aesthetic element as well. In the staircase, the natural light coming in from the skylight showcases the texture of the bare concrete which plays perfectly off the other textural elements- steel, wood and tempered glass.
The VAZ32 house achieves the goal of being a contemporary and unique project through its aesthetic value and use of current materials. Most importantly for the client, the house provides a thoughtful design at a competitive price for the location.
The VAZ32 house is aesthetically pleasing because of its functionality and context, as well as compliant with the sustainability guidelines that are the basis of sanzpont [arquitectura]
VAZ32 house in Mexico City was created to meet the needs of the client- a development company looking for a unique and contemporary product that could compete in the current real estate market of Mexico City. At the same time, the design is a result of the site and its unique building restrictions put in place by the subdivision- a 31-foot-wide by 63-foot-deep rectangular lot, with 10-foot setbacks in both the front and back, in close proximity to surrounding houses on three sides, and a steep slope down -34 feet from street level.
Taking advantage of the natural shape of the land, it was decided to design the private spaces below street level, creating a sense of security and privacy in the bedrooms while occupying most of the slope of the land. By cutting into the land and constructing with the site’s natural topography, we were able to save money by avoiding excessive filling costs. At the lowest level, where the master bedroom is located, the setback restrictions set forth by the subdivision were used to our advantage to create a private garden that is also accessed by the family room.
The public spaces were designed at street level and create the main façade of the house, which is crowned by a light, white cover that opens to the sky like a screen. This light cover becomes a building envelope that embraces the house and at the same time, creates contrast with the concrete walls.
This same building envelope transforms into a half wall that serves as division between the pedestrian access and the parking area. Conceptually, this feature represents a continuous line from roof, to façade, to the front of the property and continues infinitely.
A large retaining wall passes through the entire width of the house on all four levels, including the roof garden, and functions as the backbone of the project. In addition to its structural importance, this feature becomes an architectural aesthetic element as well. In the staircase, the natural light coming in from the skylight showcases the texture of the bare concrete which plays perfectly off the other textural elements- steel, wood and tempered glass.
The VAZ32 house achieves the goal of being a contemporary and unique project through its aesthetic value and use of current materials. Most importantly for the client, the house provides a thoughtful design at a competitive price for the location.
The VAZ32 house is aesthetically pleasing because of its functionality and context, as well as compliant with the sustainability guidelines that are the basis of sanzpont [arquitectura]
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
The futuristic design evokes concepts such as innovation and sustainability with the intention of creating a unique building. It stands with a clean and elegant skin and glass facade that opens into vertical gardens on some levels. The overall volume of the tower is conceived to engage in a dialogue with Rafael Moneo's "Puig Tower" which is located across the street. PE34 uses a similar color and material scheme as Moneo's tower, creating a visual balance between the two structures to be understand as a single entity.
PE34 is a new office tower in "Plaza de Europa" Barcelona, Spain. Designed by sanzpont [arquitectura], it will feature 22 stories with a total height of 92.80 meters from street level and more than 14,000 built square meters. Scale and Adaptation to the site: The building responds to the site by integrating itself into its surroundings, but highlighting its formal purity and intention. It stands in a dialogue with the "Puig Tower" both in maximum height allowed and facade scheme. It responds to an appropriate pedestrian scale by using a perimeter cantilever that gives hierarchy to the main entrance and its gardens.
The diagonal zigzag design in the facade accentuates the verticality of a curved smooth structure while creating a futuristic look. By integrating vertical gardens alongside solar controlled glass, the skin facade of the building is able to reduce energy consumption by being environmentally friendly.
CONSTRUCTION SYSTEM
The structure is conceived as a simple pillar system with a concrete core. The two-way slab (Holedeck) is a system of voided concrete slabs that can be pierced through their thickness by services and plumbing systems, drastically reducing up to 20% the height required to accommodate these building components.
By reducing the necessary height of each floor, fewer materials are required to achieve the same floor area as in a typical high-rise building. The spatial efficiency of floor decking systems has a dramatic effect on how tall buildings are planned, designed, and constructed.
The geometry of the floor provides excellent acoustic performance which absorbs a wide range of the sound spectrum.
CORPORATIVE IMAGE
Elegance: PE34 cutting edge image, is achieved by a sustainable design, with a high value of environmental responsibility, an elegance aesthetic resulting in a high level of comfort for its users and promoting the image of the business.
Designed to improve the life quality of the user: Design to follow architectural hedonism to create different experiences and comfort before, during and after the workday of all users.
Easy urban accessibility and bicycle parking. Access square with fountains, vegetation and relaxation areas. Flexible and comfortable diaphanous working spaces. Bistro and gardens to take breaks and rest. Ideal Lighting and thermal comfort to enhance work productivity. Fitness center to promote healthy living and a Roof top bar for social gatherings after the work day.
SUSTAINABILITY
The project contemplates proposals of sustainability that respect the natural environment, take advantage of the renewable energies and contribute well-being and health of the professionals who make use of the building in a daily way. The architecture is conditioned to the sunning and its design uses strategically solar control elements allowing a clear visual to the outside with a better thermal comfort.
NZEB is the acronym for Nearly Zero Energy Building or building with almost zero energy consumption. The European Energy Efficiency Directives establish a regulation whose objective is to promote the use of renewable energies, energy efficient constructive strategies and solutions of lighting and conditioning that reduce consumption to the maximum.
LOCATION & TRANSPORT
In direct connection with public transportation - Bicycle parking.
SUSTAINABLE SITES
The project considers aspects of sustainable use in terms of respect for local habitats and storm water management, and also generates green spaces to mitigate the heat island effect.
WATER EFFICIENCY
A smarter use of potable water, both inside and outside the building, is encouraged by using technologies to reduce consumption, efficient facilities, water recycling, as well as its control and measurement.
ENERGY & ATMOSPHERE
Strategies are considered to reduce energy consumption and increase the efficiency of the building, making use of renewable energy for natural lighting and the generation of energy, through solar photovoltaic panels, located on the roof. Efficient installations are also very important, as well as the artificial lighting system, which is posed with high efficiency LED system.
MATERIALS & RESOURCES
The selection of responsible and local materials minimizes the amount of waste in the construction process, as well as materials with recycled components and of low environmental impact. The facades propose the use of extra-stable solar control glass "SGG COOL LITE" to regulate the temperature, save energy and reduce the consumption of air conditioning, improving visual comfort by reducing the sun glare.
INTERNATIONAL ARCHITECTURE AWARDS
• A’ Design Award, Milan, Italy: Gold A' Design Award - A' Architecture, Building and Structure Design
• World Architecture Awards 10+5+X: PE34 - Designed Category
INTERNATIONAL ARCHITECTURE AWARDS
• A’ Design Award, Milan, Italy: Gold A' Design Award - A' Architecture, Building and Structure Design
• World Architecture Awards 10+5+X: PE34 - Designed Category
The futuristic design evokes concepts such as innovation and sustainability with the intention of creating a unique building. It stands with a clean and elegant skin and glass facade that opens into vertical gardens on some levels. The overall volume of the tower is conceived to engage in a dialogue with Rafael Moneo's "Puig Tower" which is located across the street. PE34 uses a similar color and material scheme as Moneo's tower, creating a visual balance between the two structures to be understand as a single entity.
PE34 is a new office tower in "Plaza de Europa" Barcelona, Spain. Designed by sanzpont [arquitectura], it will feature 22 stories with a total height of 92.80 meters from street level and more than 14,000 built square meters. Scale and Adaptation to the site: The building responds to the site by integrating itself into its surroundings, but highlighting its formal purity and intention. It stands in a dialogue with the "Puig Tower" both in maximum height allowed and facade scheme. It responds to an appropriate pedestrian scale by using a perimeter cantilever that gives hierarchy to the main entrance and its gardens.
The diagonal zigzag design in the facade accentuates the verticality of a curved smooth structure while creating a futuristic look. By integrating vertical gardens alongside solar controlled glass, the skin facade of the building is able to reduce energy consumption by being environmentally friendly.
CONSTRUCTION SYSTEM
The structure is conceived as a simple pillar system with a concrete core. The two-way slab (Holedeck) is a system of voided concrete slabs that can be pierced through their thickness by services and plumbing systems, drastically reducing up to 20% the height required to accommodate these building components.
By reducing the necessary height of each floor, fewer materials are required to achieve the same floor area as in a typical high-rise building. The spatial efficiency of floor decking systems has a dramatic effect on how tall buildings are planned, designed, and constructed.
The geometry of the floor provides excellent acoustic performance which absorbs a wide range of the sound spectrum.
CORPORATIVE IMAGE
Elegance: PE34 cutting edge image, is achieved by a sustainable design, with a high value of environmental responsibility, an elegance aesthetic resulting in a high level of comfort for its users and promoting the image of the business.
Designed to improve the life quality of the user: Design to follow architectural hedonism to create different experiences and comfort before, during and after the workday of all users.
Easy urban accessibility and bicycle parking. Access square with fountains, vegetation and relaxation areas. Flexible and comfortable diaphanous working spaces. Bistro and gardens to take breaks and rest. Ideal Lighting and thermal comfort to enhance work productivity. Fitness center to promote healthy living and a Roof top bar for social gatherings after the work day.
SUSTAINABILITY
The project contemplates proposals of sustainability that respect the natural environment, take advantage of the renewable energies and contribute well-being and health of the professionals who make use of the building in a daily way. The architecture is conditioned to the sunning and its design uses strategically solar control elements allowing a clear visual to the outside with a better thermal comfort.
NZEB is the acronym for Nearly Zero Energy Building or building with almost zero energy consumption. The European Energy Efficiency Directives establish a regulation whose objective is to promote the use of renewable energies, energy efficient constructive strategies and solutions of lighting and conditioning that reduce consumption to the maximum.
LOCATION & TRANSPORT
In direct connection with public transportation - Bicycle parking.
SUSTAINABLE SITES
The project considers aspects of sustainable use in terms of respect for local habitats and storm water management, and also generates green spaces to mitigate the heat island effect.
WATER EFFICIENCY
A smarter use of potable water, both inside and outside the building, is encouraged by using technologies to reduce consumption, efficient facilities, water recycling, as well as its control and measurement.
ENERGY & ATMOSPHERE
Strategies are considered to reduce energy consumption and increase the efficiency of the building, making use of renewable energy for natural lighting and the generation of energy, through solar photovoltaic panels, located on the roof. Efficient installations are also very important, as well as the artificial lighting system, which is posed with high efficiency LED system.
MATERIALS & RESOURCES
The selection of responsible and local materials minimizes the amount of waste in the construction process, as well as materials with recycled components and of low environmental impact. The facades propose the use of extra-stable solar control glass "SGG COOL LITE" to regulate the temperature, save energy and reduce the consumption of air conditioning, improving visual comfort by reducing the sun glare.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
After winning a Restricted International Competition, sanzpont [arquitectura] was selected for the design of the Real Madrid Official Store. The project includes Concept Design and Commercial Implementation, Branding, Packaging, Graphic Line and Industrial Furniture Design. The club Real Madrid, Adidas and Areas opt for a very innovative and cutting-edge design, focused on the shopping experience and the creation of impression. Led by the multinational company Areas, the first store was opened at Goya, 77 in the center of Madrid, and this flagship store is located at Gran Via 31, in the Spanish capital. In the basement of the store we find a Special Corner, a thematic space that changes over time. Currently this space is themed as a Real Madrid bathroom, in the near future it will be a bedroom and even a full equip kitchen.
Cutting Edge BIM Technology The project was developed using cutting edge design tools from start to end based in a BIM system. “The working methodology in sanzpont is fully three-dimensional with BIM technology, we do not create drawings of a design, we create intelligent digital models of the design itself. Such models contain a digital constructive database capable of generating any type of digital information depending on the current phase of the project, in a way that to progress in the development of a project, is to advance the level of detail of the model.”
“The information generated through a BIM system is totally reliable and very rich in visual quality, since all the elements and views are connected to the same model. This system allows you to create stunning 3D visual information of a project related in 4D timeline and its implementation phases.”
Experience the Santiago Bernabéu The design concept of the store is based on an experience at the Santiago Bernabeu, all the walls are lined with images that make you teleport to the center of the field, in game action. The central marquee of the stadium is reinterpreted to highlight the store cash-wrap, accompanied by a media wall and a panel lined with victories that shows all the glory of the club.
Glory is not by Chance The Creative Concept is based on representing the required effort to achieve glory. It is the justification of a majestic sport career, only own by the best soccer team in history. Is a concept that at the same time it honors, praises and immortalizes the club, it states that achievements have been the result of talent, effort, struggle, dedication and determination. The fighting spirit identifies the club with his followers, is what makes us great, is what leads us to win.
LEDs are integrated in the images of the walls to create the effects of the public taking pictures with flash. These LEDs are synchronized with the in-store multimedia system, and activated when a goal happens in the media wall screens, all these while listening to the crowded stadium. The players reflected on the walls of the store are legends that have been indispensable for the greatness and immortality in the club.
Modular Vanguard Design The store is divided into three exhibition areas: Textile Zone (Official Gear and Training), Merchandising Zone and Adidas Zone. All the furniture is modular and is designed with the concept of “Ready to Assemble Modular Design”, which is designed from the minimum piece to its intelligent assembly system. This allows maximum flexibility and versatility of distribution, a more sustainable transportation by optimizing the dimensions and logistics for international expansion.
Equipment Efficiency An important factor in the concept design is energy saving and a serious commitment for sustainability, that is why 100% of the store is made with last generation LED luminaries with a maximum energy efficiency. In addition to intelligent lighting, the HVAC systems are optimized for maximum performance to minimize energy consumption. The store entrance is designed with double HVAC sealing system, besides having an automated gate that opens only when the customer enters or leaves, it has an air curtain that works intelligently.
DESIGN SCOPE
Concept Design, Brand Image, Graphic Design, Store Packaging, Construction Documents, Construction Supervision.
EXECUTED & BUILT PROJECTS
Real Madrid Official Store Experience
SPAIN
1. Madrid, Arenal 6
2. Madrid, Bus
3. Madrid, Carmen 3
4. Madrid, Goya 77
5. Madrid, Gran Via 31
6. Madrid, Las Rozas Village
7. Madrid, MAD Airport T4
8. Madrid, MAD Airport T4S
9. Madrid, San Sebastián de Los Reyes
10. Mallorca, Plaza Cort 6
11. Barcelona, Ferran 36
12. Barcelona, Las Ramblas 114
13. Barcelona, Maremagnum
14. Barcelona, BCN Airport T2
MÉXICO
15. CDMX, Centro Santa Fé
16. CDMX, Horacio 232
17. CDMX, Satélite
18. CDMX, Venustiano Carranza
QATAR
19. Doha, Gulf Mall
20. Doha,Tawar Mall
21. Doha,The Pearl
• A’ Design Award & Competition, Milán, Italy: Silver Medal - Certificate of Excellence in World Interior Design & Exhibition Spaces
• 1st Place Chain Store Age, NY, USA, Softline Specialty Store Category
• 1st Place Chain Store Age, NY, USA, Cashwrap Design Category
• Award of Merit, International Store Design Awards, Retail Design Institute, NY, USA
• Iconos del Diseño AD 2013 - Best Comercial Architecture: Architectural Digest México
• 1st Place Technical Innovation Category, Tercera Bienal de Arquitectura Mexicana, CUN
• A’ Design Award & Competition, Milán, Italy: Silver Medal - Certificate of Excellence in World Interior Design & Exhibition Spaces
• 1st Place Chain Store Age, NY, USA, Softline Specialty Store Category
• 1st Place Chain Store Age, NY, USA, Cashwrap Design Category
• Award of Merit, International Store Design Awards, Retail Design Institute, NY, USA
• Iconos del Diseño AD 2013 - Best Comercial Architecture: Architectural Digest México
• 1st Place Technical Innovation Category, Tercera Bienal de Arquitectura Mexicana, CUN
After winning a Restricted International Competition, sanzpont [arquitectura] was selected for the design of the Real Madrid Official Store. The project includes Concept Design and Commercial Implementation, Branding, Packaging, Graphic Line and Industrial Furniture Design. The club Real Madrid, Adidas and Areas opt for a very innovative and cutting-edge design, focused on the shopping experience and the creation of impression. Led by the multinational company Areas, the first store was opened at Goya, 77 in the center of Madrid, and this flagship store is located at Gran Via 31, in the Spanish capital. In the basement of the store we find a Special Corner, a thematic space that changes over time. Currently this space is themed as a Real Madrid bathroom, in the near future it will be a bedroom and even a full equip kitchen.
Cutting Edge BIM Technology The project was developed using cutting edge design tools from start to end based in a BIM system. “The working methodology in sanzpont is fully three-dimensional with BIM technology, we do not create drawings of a design, we create intelligent digital models of the design itself. Such models contain a digital constructive database capable of generating any type of digital information depending on the current phase of the project, in a way that to progress in the development of a project, is to advance the level of detail of the model.”
“The information generated through a BIM system is totally reliable and very rich in visual quality, since all the elements and views are connected to the same model. This system allows you to create stunning 3D visual information of a project related in 4D timeline and its implementation phases.”
Experience the Santiago Bernabéu The design concept of the store is based on an experience at the Santiago Bernabeu, all the walls are lined with images that make you teleport to the center of the field, in game action. The central marquee of the stadium is reinterpreted to highlight the store cash-wrap, accompanied by a media wall and a panel lined with victories that shows all the glory of the club.
Glory is not by Chance The Creative Concept is based on representing the required effort to achieve glory. It is the justification of a majestic sport career, only own by the best soccer team in history. Is a concept that at the same time it honors, praises and immortalizes the club, it states that achievements have been the result of talent, effort, struggle, dedication and determination. The fighting spirit identifies the club with his followers, is what makes us great, is what leads us to win.
LEDs are integrated in the images of the walls to create the effects of the public taking pictures with flash. These LEDs are synchronized with the in-store multimedia system, and activated when a goal happens in the media wall screens, all these while listening to the crowded stadium. The players reflected on the walls of the store are legends that have been indispensable for the greatness and immortality in the club.
Modular Vanguard Design The store is divided into three exhibition areas: Textile Zone (Official Gear and Training), Merchandising Zone and Adidas Zone. All the furniture is modular and is designed with the concept of “Ready to Assemble Modular Design”, which is designed from the minimum piece to its intelligent assembly system. This allows maximum flexibility and versatility of distribution, a more sustainable transportation by optimizing the dimensions and logistics for international expansion.
Equipment Efficiency An important factor in the concept design is energy saving and a serious commitment for sustainability, that is why 100% of the store is made with last generation LED luminaries with a maximum energy efficiency. In addition to intelligent lighting, the HVAC systems are optimized for maximum performance to minimize energy consumption. The store entrance is designed with double HVAC sealing system, besides having an automated gate that opens only when the customer enters or leaves, it has an air curtain that works intelligently.
DESIGN SCOPE
Concept Design, Brand Image, Graphic Design, Store Packaging, Construction Documents, Construction Supervision.
EXECUTED & BUILT PROJECTS
Real Madrid Official Store Experience
SPAIN
1. Madrid, Arenal 6
2. Madrid, Bus
3. Madrid, Carmen 3
4. Madrid, Goya 77
5. Madrid, Gran Via 31
6. Madrid, Las Rozas Village
7. Madrid, MAD Airport T4
8. Madrid, MAD Airport T4S
9. Madrid, San Sebastián de Los Reyes
10. Mallorca, Plaza Cort 6
11. Barcelona, Ferran 36
12. Barcelona, Las Ramblas 114
13. Barcelona, Maremagnum
14. Barcelona, BCN Airport T2
MÉXICO
15. CDMX, Centro Santa Fé
16. CDMX, Horacio 232
17. CDMX, Satélite
18. CDMX, Venustiano Carranza
QATAR
19. Doha, Gulf Mall
20. Doha,Tawar Mall
21. Doha,The Pearl
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
DESIGN CONCEPT
Inspiration: Exotic and vanguard Design was inspired by Caribbean Coral Reef. The concept design was based on creating an experience to visitors with a unique and contemporary ambiance.
Design Concept inspired by the Coral Reef of the Caribbean Sea. Exotic, sustainable and avant-garde design, inspired by the coral reef of the Caribbean Sea. The design concept is focused on representing an experience for each of its visitors through a natural, unique and contemporary environment.
MODULAR STRUCTURE & HIGH THERMAL EFFICIENCY
Modular structure and high thermal efficiency: The structure of the building is totally regulated through the constructive system based on frames, which makes a logical, simple and economical structure. The entire building uses the Novidesa construction system (high density polyurethane), which is highly efficient in thermal and acoustic insulation.
Functionality and a view from every room
This project’s first principle, which is functionality, was resolved by best utilizing the space. Secondly, since the site offered a short façade overlooking the sea and a long façade facing the street, the solution was to rotate the building 30 degrees to ensure all rooms featured an ocean-view. The project was developed across three levels of rooms, in addition to the following on each level: a basement level with utilities, a ground floor with reception and a restaurant, and a roof pool on the third level.
SUSTAINABILITY
High Efficiency with Low Energy Consumption.
The whole building is built using a high density polyurethane construction system, which prevents solar radiation heating, and integrates double glazed windows, achieving a completely isolated system when the use of air conditioning is required. The design features a highly efficient use of cross ventilation of natural air which keeps the consumption of air conditioner to the very minimum. In addition, the heat emitted works to heat the water.
The water system is divided into sewage and gray, independently treated. In terms of lighting, the entire building has LED technology with low energy consumption.
CLIMATE ANALYSIS
The hotel is located on one of the most paradisiacal beaches of the Caribbean Sea, on Calle 8 in Playa del Cármen, Quintana Roo. The climate of the region is warm and sub-humid. The movements and angles of the sun were analyzed with solar geometry, which allowed us to implement effective architectural shading elements. Overhangs and lattices were put in place to prevent the penetration of direct sunlight into the interiors and to block the South and West facades.
Sundown: The average annual temperature ranges between 28º C and 32º C (82º F and 90º F) in summer; and from 26º C to 27º C (78º F and 80º F) in winter. Isolating the building was essential to create comfortable interior temperatures. The thermal gain that the building would undergo was calculated using a thermal digital analytical model, obtaining a greater gain in the roofs, South and West façades, all of which dictate the choice of materials.
ENERGY SAVINGS
The building is conditioned to reduce energy consumption by the efficient design of constructive, hydraulic, electrical, electronic and refrigeration systems, which have a fundamental role in the energy efficiency of the building.
The 100% of the building is made with state-of-the-art LED luminaires with the highest energy efficiency of very low consumption.
The use of efficient refrigeration equipment reduced CO2 emissions by 30%.
The energy consumption of the building is reduced due to the care in the choice of all its systems, which leads to a saving in its consumption and a reduction of the pollution during its life cycle.
Each room has presence detectors and door and window opening sensors in order to reduce and control the air conditioning system and avoid waste of energy.
INNOVATIVE MATERIALS
To avoid the passage of heat through thermal conductivity to spaces, innovative materials were used. The entire building, both its slabs, exterior and interior walls were made with high density polystyrene insulation materials. All windows are made of triple-pane glass with argon gas with very low thermal conductivity.
NATURAL CROSS VENTILATION
Knowing that the dominant winds in the Caribbean come from the Southeast and East, it was decided to turn the rooms 30 degrees to capture the wind and extract it through a duct in the ceiling of the corridor, creating natural ventilation in each space.
USER EXPERIENCE THROUGH ART
Having solved the principles of utility and logic, we then focused on aesthetics. After analyzing the context, we concluded that because of the hotel’s location on the coast of Playa del Carmen, and the extensive number of competing hotels in the same prince range, the only way to stand out against the competition was to create a boutique hotel that gives added value to the client. In this case, the added value is a building that offers a relaxing experience, in harmony with nature, art and elegance for each of its users. The primary objective of the client is to compete commercially with quality offering a sustainable, unique and iconic product in the area.
INTERNATIONAL ARCHITECTURE AWARDS
• Silver A' Design Award Winner in Architecture, Building and Structure Design Category 2016 - 2017
• First Place in Hotel Category: Peninsula Award For Architecture and Interior Design AAI México AAI 2017
INTERNATIONAL ARCHITECTURE AWARDS
• Silver A' Design Award Winner in Architecture, Building and Structure Design Category 2016 - 2017
• First Place in Hotel Category: Peninsula Award For Architecture and Interior Design AAI México AAI 2017
DESIGN CONCEPT
Inspiration: Exotic and vanguard Design was inspired by Caribbean Coral Reef. The concept design was based on creating an experience to visitors with a unique and contemporary ambiance.
Design Concept inspired by the Coral Reef of the Caribbean Sea. Exotic, sustainable and avant-garde design, inspired by the coral reef of the Caribbean Sea. The design concept is focused on representing an experience for each of its visitors through a natural, unique and contemporary environment.
MODULAR STRUCTURE & HIGH THERMAL EFFICIENCY
Modular structure and high thermal efficiency: The structure of the building is totally regulated through the constructive system based on frames, which makes a logical, simple and economical structure. The entire building uses the Novidesa construction system (high density polyurethane), which is highly efficient in thermal and acoustic insulation.
Functionality and a view from every room
This project’s first principle, which is functionality, was resolved by best utilizing the space. Secondly, since the site offered a short façade overlooking the sea and a long façade facing the street, the solution was to rotate the building 30 degrees to ensure all rooms featured an ocean-view. The project was developed across three levels of rooms, in addition to the following on each level: a basement level with utilities, a ground floor with reception and a restaurant, and a roof pool on the third level.
SUSTAINABILITY
High Efficiency with Low Energy Consumption.
The whole building is built using a high density polyurethane construction system, which prevents solar radiation heating, and integrates double glazed windows, achieving a completely isolated system when the use of air conditioning is required. The design features a highly efficient use of cross ventilation of natural air which keeps the consumption of air conditioner to the very minimum. In addition, the heat emitted works to heat the water.
The water system is divided into sewage and gray, independently treated. In terms of lighting, the entire building has LED technology with low energy consumption.
CLIMATE ANALYSIS
The hotel is located on one of the most paradisiacal beaches of the Caribbean Sea, on Calle 8 in Playa del Cármen, Quintana Roo. The climate of the region is warm and sub-humid. The movements and angles of the sun were analyzed with solar geometry, which allowed us to implement effective architectural shading elements. Overhangs and lattices were put in place to prevent the penetration of direct sunlight into the interiors and to block the South and West facades.
Sundown: The average annual temperature ranges between 28º C and 32º C (82º F and 90º F) in summer; and from 26º C to 27º C (78º F and 80º F) in winter. Isolating the building was essential to create comfortable interior temperatures. The thermal gain that the building would undergo was calculated using a thermal digital analytical model, obtaining a greater gain in the roofs, South and West façades, all of which dictate the choice of materials.
ENERGY SAVINGS
The building is conditioned to reduce energy consumption by the efficient design of constructive, hydraulic, electrical, electronic and refrigeration systems, which have a fundamental role in the energy efficiency of the building.
The 100% of the building is made with state-of-the-art LED luminaires with the highest energy efficiency of very low consumption.
The use of efficient refrigeration equipment reduced CO2 emissions by 30%.
The energy consumption of the building is reduced due to the care in the choice of all its systems, which leads to a saving in its consumption and a reduction of the pollution during its life cycle.
Each room has presence detectors and door and window opening sensors in order to reduce and control the air conditioning system and avoid waste of energy.
INNOVATIVE MATERIALS
To avoid the passage of heat through thermal conductivity to spaces, innovative materials were used. The entire building, both its slabs, exterior and interior walls were made with high density polystyrene insulation materials. All windows are made of triple-pane glass with argon gas with very low thermal conductivity.
NATURAL CROSS VENTILATION
Knowing that the dominant winds in the Caribbean come from the Southeast and East, it was decided to turn the rooms 30 degrees to capture the wind and extract it through a duct in the ceiling of the corridor, creating natural ventilation in each space.
USER EXPERIENCE THROUGH ART
Having solved the principles of utility and logic, we then focused on aesthetics. After analyzing the context, we concluded that because of the hotel’s location on the coast of Playa del Carmen, and the extensive number of competing hotels in the same prince range, the only way to stand out against the competition was to create a boutique hotel that gives added value to the client. In this case, the added value is a building that offers a relaxing experience, in harmony with nature, art and elegance for each of its users. The primary objective of the client is to compete commercially with quality offering a sustainable, unique and iconic product in the area.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
DESIGN CONCEPT
Ground Breaking and Iconic building for todays nexus of creativity, technology and arts for Collaborative and Creative Work Spaces at Boulder Colorado. Housing open and strategically planned spaces for professionals bringing a node of productivity and creativity hub for business, recreation, modern living, dining, and offering a connected sense of community and network. Boulder Industry and Arts Center will be located across street of new Google campus at Boulder Colorado. The design of the building is based on the premise of passive design and low energy consumption.
DESIGN CONCEPT
Ground Breaking and Iconic building for todays nexus of creativity, technology and arts for Collaborative and Creative Work Spaces at Boulder Colorado. Housing open and strategically planned spaces for professionals bringing a node of productivity and creativity hub for business, recreation, modern living, dining, and offering a connected sense of community and network. Boulder Industry and Arts Center will be located across street of new Google campus at Boulder Colorado. The design of the building is based on the premise of passive design and low energy consumption.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Awards: Bronze A' Design Award Winner in Architecture, Building and Structure Design Category 2016 - 2017 - Puerto Cancún - Cancún. México.
Inspiration: The Design Concept is inspired by the aerodynamic lines and elegance of VanDutch yachts and the natural elements of the Caribbean, with the main objective as Recreational, Sports Integration spaces with Social Activities within the views of the canal and the golf course, inspired by boat and marina lifestyle.
Van Dutch Yachts: Design Concept The elegance and aerodynamic lines of the Van Dutch yachts were the main source of inspiration for the design concept of the complex, focusing on the main views of the surrounding environment.
Digital Design: Latest BIM technology: This project was developed using the latest BIM technology for digital project design. The working methodology is completely three-dimensional because it does not create drawings, but rather creates intelligent digital models of the design. These models also contain a constructive database capable of generating any kind of digital information depending on the project phase in such a way that advancing the development of a project is equivalent to advancing the level of detail of the model. The information generated through a BIM work system is reliable, visual and of the best quality, since all the elements are connected to the same model. This system allows you to create a stunning 3D visual model of the project through each of its execution phases.
Production, Realization Technology: Design was developed entirely with BIM (Building Information Modeling) Technology. From the design phase, documentation and fabrication. iPhone/iPad A360 cloud 3D model was always on site for better people understanding about construction phases, from steel structure, MEP, and aluminum clading facade.
Solar Geometry Analysis The site contained an existing metallic structure; a single-level showroom that was surveyed and digitalized into a 3D model. With the help of Autodesk Revit, a preliminary volumetric study was conducted to analyze the solar geometry to determine the bioclimatic response of the future sports facility.
Conceptual Design The site, the existing building and the future installations were now reflected in a 3D model environment. Conceptual design sketches were drawn on the volumetric images in digital sketch on iPad with Autodesk Sketchbook Pro software. Later we proceeded to elaborate the 3D model and the solution of the integral project in BIM in Autodesk Revit.
Immersive Visualization Photorealistic renders were created with Autodesk 3Dsmax using the same BIM model, with the objective of visualizing the project in the form of digital images and creating more realistic worksheets. The same model was transferred to a specialized video game software, UnReal Engine, to immerse the client in a virtual reality experience using 3D Oculus goggles, allowing a complete understanding of the project before being built.
Documentation The technical information and documentation of the executive project was created entirely in BIM in Autodesk Revit, allowing a more thorough understanding of the project and a better coordination of each worksheet as the real-time representation of the 3D BIM model. Because the information continues to develop during the process of design and the level of detail required increases, it allows information to be more efficient and easy to coordinate when different disciplines share the same 3D model.
Digital Fabrication The production of the aluminum panel facades is based on the 3D model, generating its digital display in the industrial design software Rhinoceros 3D. This allows the panels to be created piece by piece, cut using CNC cutting machinery, then labeled numerically to facilitate a perfect assembly. Likewise, the entire metal structure was manufactured in a workshop and then assembled on-site.
On-Site Building Coordination Autodesk a360, a cloud-based software, allowed the visualization and coordination of the digital BIM model, containing all the construction information. This model, with all its layers of architecture, installations and structure, was always available on-site using an iPad and/or an iPhone, which allowed for better communication with each contractor and a more thorough understanding of the project through each phase. Being able to isolate each piece of work in context and see it in 3D through a digital medium, allowed for a successful execution.
Social Infrastructure and Public Space The Van Dutch Recreation Center will provide Cancun with a new social infrastructure facility, promoting the use of public, sporting and recreational space.
Recreational and sporting integration:
Conceived as a new space to bring people together with the goal of integrating society. Van Dutch features the following- Sports spaces Green roof and elevated square Outdoor recreation and exhibition spaces Terrace and pier with canal view Themed restaurants Landscape integration
The project offers a unique and contemporary avant-garde design developed with the latest technologies. Accessibility and Pedestrian Circulation Conceived for its accessibility and designed for all the public, the pedestrian use creates city and welcomes the user from the outside. Conversion of Previous Spaces (Use-Cycling) Sustainability is promoted by recycling the use of previous spaces, generating an intelligent conversion of construction, and adapting and adding new elements to the architectural program.
Commercial (Conversion of Prior Building) Sports Recreational Services Social Integration Retail (Yacht Showroom)
Awards: Bronze A' Design Award Winner in Architecture, Building and Structure Design Category 2016 - 2017 - Puerto Cancún - Cancún. México.
Inspiration: The Design Concept is inspired by the aerodynamic lines and elegance of VanDutch yachts and the natural elements of the Caribbean, with the main objective as Recreational, Sports Integration spaces with Social Activities within the views of the canal and the golf course, inspired by boat and marina lifestyle.
Van Dutch Yachts: Design Concept The elegance and aerodynamic lines of the Van Dutch yachts were the main source of inspiration for the design concept of the complex, focusing on the main views of the surrounding environment.
Digital Design: Latest BIM technology: This project was developed using the latest BIM technology for digital project design. The working methodology is completely three-dimensional because it does not create drawings, but rather creates intelligent digital models of the design. These models also contain a constructive database capable of generating any kind of digital information depending on the project phase in such a way that advancing the development of a project is equivalent to advancing the level of detail of the model. The information generated through a BIM work system is reliable, visual and of the best quality, since all the elements are connected to the same model. This system allows you to create a stunning 3D visual model of the project through each of its execution phases.
Production, Realization Technology: Design was developed entirely with BIM (Building Information Modeling) Technology. From the design phase, documentation and fabrication. iPhone/iPad A360 cloud 3D model was always on site for better people understanding about construction phases, from steel structure, MEP, and aluminum clading facade.
Solar Geometry Analysis The site contained an existing metallic structure; a single-level showroom that was surveyed and digitalized into a 3D model. With the help of Autodesk Revit, a preliminary volumetric study was conducted to analyze the solar geometry to determine the bioclimatic response of the future sports facility.
Conceptual Design The site, the existing building and the future installations were now reflected in a 3D model environment. Conceptual design sketches were drawn on the volumetric images in digital sketch on iPad with Autodesk Sketchbook Pro software. Later we proceeded to elaborate the 3D model and the solution of the integral project in BIM in Autodesk Revit.
Immersive Visualization Photorealistic renders were created with Autodesk 3Dsmax using the same BIM model, with the objective of visualizing the project in the form of digital images and creating more realistic worksheets. The same model was transferred to a specialized video game software, UnReal Engine, to immerse the client in a virtual reality experience using 3D Oculus goggles, allowing a complete understanding of the project before being built.
Documentation The technical information and documentation of the executive project was created entirely in BIM in Autodesk Revit, allowing a more thorough understanding of the project and a better coordination of each worksheet as the real-time representation of the 3D BIM model. Because the information continues to develop during the process of design and the level of detail required increases, it allows information to be more efficient and easy to coordinate when different disciplines share the same 3D model.
Digital Fabrication The production of the aluminum panel facades is based on the 3D model, generating its digital display in the industrial design software Rhinoceros 3D. This allows the panels to be created piece by piece, cut using CNC cutting machinery, then labeled numerically to facilitate a perfect assembly. Likewise, the entire metal structure was manufactured in a workshop and then assembled on-site.
On-Site Building Coordination Autodesk a360, a cloud-based software, allowed the visualization and coordination of the digital BIM model, containing all the construction information. This model, with all its layers of architecture, installations and structure, was always available on-site using an iPad and/or an iPhone, which allowed for better communication with each contractor and a more thorough understanding of the project through each phase. Being able to isolate each piece of work in context and see it in 3D through a digital medium, allowed for a successful execution.
Social Infrastructure and Public Space The Van Dutch Recreation Center will provide Cancun with a new social infrastructure facility, promoting the use of public, sporting and recreational space.
Recreational and sporting integration:
Conceived as a new space to bring people together with the goal of integrating society. Van Dutch features the following- Sports spaces Green roof and elevated square Outdoor recreation and exhibition spaces Terrace and pier with canal view Themed restaurants Landscape integration
The project offers a unique and contemporary avant-garde design developed with the latest technologies. Accessibility and Pedestrian Circulation Conceived for its accessibility and designed for all the public, the pedestrian use creates city and welcomes the user from the outside. Conversion of Previous Spaces (Use-Cycling) Sustainability is promoted by recycling the use of previous spaces, generating an intelligent conversion of construction, and adapting and adding new elements to the architectural program.
Commercial (Conversion of Prior Building) Sports Recreational Services Social Integration Retail (Yacht Showroom)
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
The Palau Moja, The Catalan Heritage House is a place where you will be able to travel across Catalan history, discover genuine Catalan products, learn about Catalan culture, explore Catalan heritage and how it uniquely relates to the territory, and also buy tour ticket for visiting the main cultural and historical sites of the country. At the Catalan Heritage House, technology plays a fundamental role. At the Catalan Heritage House, technology plays a fundamental role. The visitor can navigate through Catalan history via tablet and interactive screens where they will find information about Catalan heritage from their origins up to modern times. This way visitors may discover previously unknown areas of Catalan culture that they now want to explore further.
The Palau Moja, The Catalan Heritage House is a place where you will be able to travel across Catalan history, discover genuine Catalan products, learn about Catalan culture, explore Catalan heritage and how it uniquely relates to the territory, and also buy tour ticket for visiting the main cultural and historical sites of the country. At the Catalan Heritage House, technology plays a fundamental role. At the Catalan Heritage House, technology plays a fundamental role. The visitor can navigate through Catalan history via tablet and interactive screens where they will find information about Catalan heritage from their origins up to modern times. This way visitors may discover previously unknown areas of Catalan culture that they now want to explore further.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Conceptual Design: Natural Environment Integration. Small 1,000 sq. ft green house, built only with the needed space, set at the back of a 19,375 sq. ft property. This home is self-conscious of its natural environment and blends with its surroundings through its green roof. During the conceptual phase of the project, a debate about the controversy that architects have to stand out on every project arose, finally opting for a house concept that would become totally immersed on its natural environment, hidden by its surroundings. The house is situated at the back of the property for privacy purposes, placed on an area where no trees existed, transforming the daily coming and going to the house on a pleasant and relaxing walkway.
Open and Flexible Space. The house is designed as an open and flexible loft style space, based on the premise of organizing the different spaces in such a way that they can be visually connected to the exterior landscape. Its architectural program consists of a basic house program, optimizing mono-spacing and using just a small area of the property. Being self-conscious and using only the needed living space in harmony with the surrounding environment and its preservation is a way of optimizing resources and a sustainable way of living.
Bioclimatic Design: Energy Efficient Concept. The design is conceived through strict climate criteria, covering the comfort needs with the less possible energy consumption; this is achieved through a passive solar design that optimize natural renewable energy, energy used to generate comfort by means of sustainable design.
Green-Roofed House: Natural Thermal Insulation. Besides replacing the green space used for construction, the green roof helps retain dust and pollutants, improve the climate by reducing the “Heat Island” effect and conforming an excellent interior thermal insulation, providing more comfort to the user.
Sustainable Design: Smallest Footprint Possible. Passive Solar Design: How sunlight affects the facades was also taken into account into the design, using eaves and louvers for the windows, avoiding solar heat gain and saving energy.
Natural Cross Ventilation: Windows are designed facing each other and oriented to the prevailing winds, naturally refreshing the spaces without the use of air conditioning on a very hot climate.
Evaporative Cooling: Air temperature lowers as it passes through the evaporating water of the humid green roof just before entering through the window.
Solar Protection: The shadows generated by the “Perene” leaf trees are used to avoid solar west radiation. 26 to 33 ft tall trees of abundant foliage.
Reducing the “Heat Island” Effect: A green roof reduces heat absorption as far as 84%, relieving the urban “Heat Island” effect.
Natural Illumination: The house has big openings to optimize natural illumination, providing excellent daylight and reducing energy consumption.
Preserving Existing Vegetation: The house is integrated to the site preserving the existing trees to take advantage of the natural shadows they generate, being more ecologically conscious.
Waste Treatment: An ecological waste treatment is integrated to the design, using a biodigestor that converts 90% of treated water into an irrigation channel.
Compost: Compost is integrated to transform organic kitchen waste, dry leaves and mowed grass into usable soil for garden use.
Hurricane-proof Design: The house is designed 5 ft above the street level to prevent flooding and the closing mechanism of all windows is made of steel, preventing projectile risk during hurricanes.
Energy Saving . Energy Consumption: All the electric appliances and the low consumption light bulbs were carefully selected. The average monthly energy consumption is of 260 pesos, about 19 American dollars.
Conceptual Design: Natural Environment Integration. Small 1,000 sq. ft green house, built only with the needed space, set at the back of a 19,375 sq. ft property. This home is self-conscious of its natural environment and blends with its surroundings through its green roof. During the conceptual phase of the project, a debate about the controversy that architects have to stand out on every project arose, finally opting for a house concept that would become totally immersed on its natural environment, hidden by its surroundings. The house is situated at the back of the property for privacy purposes, placed on an area where no trees existed, transforming the daily coming and going to the house on a pleasant and relaxing walkway.
Open and Flexible Space. The house is designed as an open and flexible loft style space, based on the premise of organizing the different spaces in such a way that they can be visually connected to the exterior landscape. Its architectural program consists of a basic house program, optimizing mono-spacing and using just a small area of the property. Being self-conscious and using only the needed living space in harmony with the surrounding environment and its preservation is a way of optimizing resources and a sustainable way of living.
Bioclimatic Design: Energy Efficient Concept. The design is conceived through strict climate criteria, covering the comfort needs with the less possible energy consumption; this is achieved through a passive solar design that optimize natural renewable energy, energy used to generate comfort by means of sustainable design.
Green-Roofed House: Natural Thermal Insulation. Besides replacing the green space used for construction, the green roof helps retain dust and pollutants, improve the climate by reducing the “Heat Island” effect and conforming an excellent interior thermal insulation, providing more comfort to the user.
Sustainable Design: Smallest Footprint Possible. Passive Solar Design: How sunlight affects the facades was also taken into account into the design, using eaves and louvers for the windows, avoiding solar heat gain and saving energy.
Natural Cross Ventilation: Windows are designed facing each other and oriented to the prevailing winds, naturally refreshing the spaces without the use of air conditioning on a very hot climate.
Evaporative Cooling: Air temperature lowers as it passes through the evaporating water of the humid green roof just before entering through the window.
Solar Protection: The shadows generated by the “Perene” leaf trees are used to avoid solar west radiation. 26 to 33 ft tall trees of abundant foliage.
Reducing the “Heat Island” Effect: A green roof reduces heat absorption as far as 84%, relieving the urban “Heat Island” effect.
Natural Illumination: The house has big openings to optimize natural illumination, providing excellent daylight and reducing energy consumption.
Preserving Existing Vegetation: The house is integrated to the site preserving the existing trees to take advantage of the natural shadows they generate, being more ecologically conscious.
Waste Treatment: An ecological waste treatment is integrated to the design, using a biodigestor that converts 90% of treated water into an irrigation channel.
Compost: Compost is integrated to transform organic kitchen waste, dry leaves and mowed grass into usable soil for garden use.
Hurricane-proof Design: The house is designed 5 ft above the street level to prevent flooding and the closing mechanism of all windows is made of steel, preventing projectile risk during hurricanes.
Energy Saving . Energy Consumption: All the electric appliances and the low consumption light bulbs were carefully selected. The average monthly energy consumption is of 260 pesos, about 19 American dollars.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
The design concept is based in the functional pyramid scheme. The formal idea of the building is based on the functional concept of integration of the levels with the general management shape at the middle level between the two. Being north facade, this body management is proposed as a floating glass box. The blind skin facing west and the large overhangs are to prevent direct sunlight inland from the other directions. The Scheme of the company is a "pyramid" with the area of product storage and distribution infrastructure as a base, followed by the management and administration of the company and at the top of the pyramid of the hierarchy of the steering.
Hierarchical space distribution. Corporate building of three companies, "Sunglass Island", "Watch My Watch" and "Nexus Center". The surface of 3,976 sqm on 113'375 sqm developed on 3 levels with a hierarchical front apparently floating cube housing management offices. The ground floor is occupied by the storage area of products for 3 companies and has platforms for loading and unloading. The first floor has the company offices and on the second floor are the "Watch My Watch" and "Nexus offices. "The front of the building has a glass volume, "Floating Cube" in the middle level between the first and second floor. The exterior of the building has parking for 190 cars.
The "Floating Cube" is facing north and therefore avoid direct sunlight and only receives incoming diffuse daylight. Large overhangs provide shade to all windows while allowing sunlight into the interior. Artificial light low power LED gives a more dramatic effect at night.
Functional analysis according to the organizational chart. Considering this analysis, we develop a project in which the function of the building scheme reflect and solve spaces according to the scheme of the business group.
Energy Conservation and Resource Utilization. The building is designed and conceived through the weather, meeting the needs of comfort with minimum energy expenditure. This is accomplished through a passive solar design that takes advantage of renewable natural energy to achieve greater comfort with respect for the environment through sustainable design.
• Optimal Design: Workspaces and Recreation.
• Natural lighting: Windows are designed to capture natural light to provide optimal daytime lighting and electricity costs are reduced.
• Sunlighting protection: The sunlight is considered for the design of facades, covering frilly, eaves or window louvers type elements, to avoid heat gain and energy savings in air conditioning.
• Directive functionality: The scheme function of this project is based on the policy side is located at an intermediate level between the two companies to better management.
• Open spaces: Very large spaces are created in the work areas to have a free organization of spaces and cubicles, thus providing a better workplace.
• Warehouses and workshops: The building has a large storage area and workshops located on the ground floor with optimal access and logistics.
• Surveillance and Security: The corporate has a restricted access to protect it from the outside, the entrance is guarded 24 hours a day to control entry and exit, also has a closed loop system.
• Employees dining: Having a place to eat in peace and rest your food is important, spacious, well lit and with all the necessary services eaters.
• Parking: It has a large area around the building with green areas and ample parking inside.
The design concept is based in the functional pyramid scheme. The formal idea of the building is based on the functional concept of integration of the levels with the general management shape at the middle level between the two. Being north facade, this body management is proposed as a floating glass box. The blind skin facing west and the large overhangs are to prevent direct sunlight inland from the other directions. The Scheme of the company is a "pyramid" with the area of product storage and distribution infrastructure as a base, followed by the management and administration of the company and at the top of the pyramid of the hierarchy of the steering.
Hierarchical space distribution. Corporate building of three companies, "Sunglass Island", "Watch My Watch" and "Nexus Center". The surface of 3,976 sqm on 113'375 sqm developed on 3 levels with a hierarchical front apparently floating cube housing management offices. The ground floor is occupied by the storage area of products for 3 companies and has platforms for loading and unloading. The first floor has the company offices and on the second floor are the "Watch My Watch" and "Nexus offices. "The front of the building has a glass volume, "Floating Cube" in the middle level between the first and second floor. The exterior of the building has parking for 190 cars.
The "Floating Cube" is facing north and therefore avoid direct sunlight and only receives incoming diffuse daylight. Large overhangs provide shade to all windows while allowing sunlight into the interior. Artificial light low power LED gives a more dramatic effect at night.
Functional analysis according to the organizational chart. Considering this analysis, we develop a project in which the function of the building scheme reflect and solve spaces according to the scheme of the business group.
Energy Conservation and Resource Utilization. The building is designed and conceived through the weather, meeting the needs of comfort with minimum energy expenditure. This is accomplished through a passive solar design that takes advantage of renewable natural energy to achieve greater comfort with respect for the environment through sustainable design.
• Optimal Design: Workspaces and Recreation.
• Natural lighting: Windows are designed to capture natural light to provide optimal daytime lighting and electricity costs are reduced.
• Sunlighting protection: The sunlight is considered for the design of facades, covering frilly, eaves or window louvers type elements, to avoid heat gain and energy savings in air conditioning.
• Directive functionality: The scheme function of this project is based on the policy side is located at an intermediate level between the two companies to better management.
• Open spaces: Very large spaces are created in the work areas to have a free organization of spaces and cubicles, thus providing a better workplace.
• Warehouses and workshops: The building has a large storage area and workshops located on the ground floor with optimal access and logistics.
• Surveillance and Security: The corporate has a restricted access to protect it from the outside, the entrance is guarded 24 hours a day to control entry and exit, also has a closed loop system.
• Employees dining: Having a place to eat in peace and rest your food is important, spacious, well lit and with all the necessary services eaters.
• Parking: It has a large area around the building with green areas and ample parking inside.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Perfect Vision is a Laser Ophthalmology Institute dedicated to advanced treatments with the latest technology equipment. The entrusted objective for his remodeling was being able to transmit across the design, the confidence and safety with technology and vanguard to the clients who come to the clinic. To offer an innovation and perfection image and at the same time to offer safety and tranquility. To transmit the sensation of cleanliness we use futuristic lines, pure white colors with subtle blue lighting to bring peace and calm, accompanied by a comfortable waiting area with seating in various shades of relaxing tones.
Concept Design and Remodeling Purpose To entrust in the individual health is a fear that every person must confront in certain moment and to feel the tranquility of being in the right hands for any clinical procedure is a real relief. - Cancún, México. sanzpont [arquitectura]
The concept of design was generated from the inside to the outside, it was to create a spaceship interior environment, with the last generation technology, where across the glass transparency it could watch the different procedures that are realized by the suitable machines and the highly qualified staff. Those areas are defined by windows that delimit every space, complemented with images designed specifically for every zone, as wallpapers to give this galactic sensation of being inside a spaceship.
The exterior remodeling should reflect what happens on the inside, so a new aluminum skin façade was made with a futuristic aspect, inspired on an aerospace design. A white unfolded envelope was made to create the façade silhouette that complement itself with a graphical ocular image and a several white aluminum panels which are sensitive to the wind movement, generating soft waves inspired by Ned Khan work, with his invention of Kinetic Façades.
For the development of the project, we entrusted in the last generation BIM methodology (Building Information Modeling) and Digital Fabrication, where every piece was modeled in 3D with his information, measures and materials in Autodesk Revit, to be digitally made through a Computer Numerical Control in different materials like wood, aluminum and PVC, to be assembled in the correct place. The use of the technology was the solution to realize with perfection and exigency every element.
Perfect Vision is a Laser Ophthalmology Institute dedicated to advanced treatments with the latest technology equipment. The entrusted objective for his remodeling was being able to transmit across the design, the confidence and safety with technology and vanguard to the clients who come to the clinic. To offer an innovation and perfection image and at the same time to offer safety and tranquility. To transmit the sensation of cleanliness we use futuristic lines, pure white colors with subtle blue lighting to bring peace and calm, accompanied by a comfortable waiting area with seating in various shades of relaxing tones.
Concept Design and Remodeling Purpose To entrust in the individual health is a fear that every person must confront in certain moment and to feel the tranquility of being in the right hands for any clinical procedure is a real relief. - Cancún, México. sanzpont [arquitectura]
The concept of design was generated from the inside to the outside, it was to create a spaceship interior environment, with the last generation technology, where across the glass transparency it could watch the different procedures that are realized by the suitable machines and the highly qualified staff. Those areas are defined by windows that delimit every space, complemented with images designed specifically for every zone, as wallpapers to give this galactic sensation of being inside a spaceship.
The exterior remodeling should reflect what happens on the inside, so a new aluminum skin façade was made with a futuristic aspect, inspired on an aerospace design. A white unfolded envelope was made to create the façade silhouette that complement itself with a graphical ocular image and a several white aluminum panels which are sensitive to the wind movement, generating soft waves inspired by Ned Khan work, with his invention of Kinetic Façades.
For the development of the project, we entrusted in the last generation BIM methodology (Building Information Modeling) and Digital Fabrication, where every piece was modeled in 3D with his information, measures and materials in Autodesk Revit, to be digitally made through a Computer Numerical Control in different materials like wood, aluminum and PVC, to be assembled in the correct place. The use of the technology was the solution to realize with perfection and exigency every element.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
From the creators of The Best Medical Spa, the concept of the airport Wellness Center was born; easily accessible, located inside the Madrid International Airport, developed on a single level and divided among three main areas: Public Area: Refreshment Table, Refrigerators, Boutique, Counter and Information Semi-Public Area: Hair Salon, Make-up Salon, Beauty Salon and Massages
Madrid Airport T4 / T4S. Spain, Madrid - Design Concept: Tranquility and Well-being Based on the experience and knowledge of Sha Wellness Clinic, recognized as the Best International Medical Spa, Esenza by SHA aims to bring health and well-being to those who aim to make this their lifestyle.
Private Area: Massage and Nursing Room: The objective of this project is to create a bubble of tranquility within the chaos and bustle of the airport and to provide the passenger with a comfortable space and an image of avant-garde innovation, while simultaneously transmitting a sense of tranquility and security; a place where you can trust the facilities, equipment and highly qualified personnel.
Materials Used: Warmth and Luminosity Uniform materials and soft colors were used to amplify the calm interior which create unity and amplitude in the space. Fabric finishes and wooden floors were used for a warm feel.
The public areas are more illuminated and blend in with the surrounding airport. The other areas where quietude and relaxation are required, offer more darkness and intimacy. This was achieved by using indirect light in more tranquil areas and more direct light spots in the public areas.
Subtle lighting was used to convey a sense of peace and tranquility, accompanied by seating areas with light colored material to provide comfort.
Digital Manufacturing: Latest BIM Technology: The team of architects was able to design the facade using parametric digital experimentation techniques, in which the structural supports and the white Aluminum Composite Panels are resolved by means of a 3D model. All the different pieces of assembly are extracted, as if it were a puzzle.
From the creators of The Best Medical Spa, the concept of the airport Wellness Center was born; easily accessible, located inside the Madrid International Airport, developed on a single level and divided among three main areas: Public Area: Refreshment Table, Refrigerators, Boutique, Counter and Information Semi-Public Area: Hair Salon, Make-up Salon, Beauty Salon and Massages
Madrid Airport T4 / T4S. Spain, Madrid - Design Concept: Tranquility and Well-being Based on the experience and knowledge of Sha Wellness Clinic, recognized as the Best International Medical Spa, Esenza by SHA aims to bring health and well-being to those who aim to make this their lifestyle.
Private Area: Massage and Nursing Room: The objective of this project is to create a bubble of tranquility within the chaos and bustle of the airport and to provide the passenger with a comfortable space and an image of avant-garde innovation, while simultaneously transmitting a sense of tranquility and security; a place where you can trust the facilities, equipment and highly qualified personnel.
Materials Used: Warmth and Luminosity Uniform materials and soft colors were used to amplify the calm interior which create unity and amplitude in the space. Fabric finishes and wooden floors were used for a warm feel.
The public areas are more illuminated and blend in with the surrounding airport. The other areas where quietude and relaxation are required, offer more darkness and intimacy. This was achieved by using indirect light in more tranquil areas and more direct light spots in the public areas.
Subtle lighting was used to convey a sense of peace and tranquility, accompanied by seating areas with light colored material to provide comfort.
Digital Manufacturing: Latest BIM Technology: The team of architects was able to design the facade using parametric digital experimentation techniques, in which the structural supports and the white Aluminum Composite Panels are resolved by means of a 3D model. All the different pieces of assembly are extracted, as if it were a puzzle.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
sanzpont [arquitectura] has recently won 1st Place in an International Private Competition to design a unique concept in residential development at the Riviera Maya surrounded by the Golf Course at Grand Coral. The challenge was to create a housing model to harmonize with the actual development of Grand Coral, but turning out as a new product in a set of 500m2 lots fronting the golf course, with contemporary design, adapted to the site and it´s natural context, which maximize the main views and to create an attractive and unique concept for the vacation home market.
Bioclimatic Design. The project takes Sustainability and Bioclimatic Design into account for the main design concept. The study of climate, weather comfort charts, geometry solar study and prevailing winds direction, suggest the use of sun protection, cross ventilation, passive solar design and main bioclimatic design strategy for maximum thermal comfort by natural means.
Concept / Architectural Scheme. The main idea is based on designing an opened home to the outside, as if it were a yacht concept, with a consecutive series of terraces, displacing the upper volume of the rooms backwards to generate views and outdoor areas to enjoy free and living together at different levels.
Main floor opens at the middle to locate the pool area creating an open courtyard living together among all surrounding areas: living room, kitchen and TV room.
Sustainable Design. All spaces are designed with natural cross ventilation. All covers are used as green roofs landscaped terraces resulting in a natural insulation and recovers rainwater for use in irrigation.
sanzpont [arquitectura] has recently won 1st Place in an International Private Competition to design a unique concept in residential development at the Riviera Maya surrounded by the Golf Course at Grand Coral. The challenge was to create a housing model to harmonize with the actual development of Grand Coral, but turning out as a new product in a set of 500m2 lots fronting the golf course, with contemporary design, adapted to the site and it´s natural context, which maximize the main views and to create an attractive and unique concept for the vacation home market.
Bioclimatic Design. The project takes Sustainability and Bioclimatic Design into account for the main design concept. The study of climate, weather comfort charts, geometry solar study and prevailing winds direction, suggest the use of sun protection, cross ventilation, passive solar design and main bioclimatic design strategy for maximum thermal comfort by natural means.
Concept / Architectural Scheme. The main idea is based on designing an opened home to the outside, as if it were a yacht concept, with a consecutive series of terraces, displacing the upper volume of the rooms backwards to generate views and outdoor areas to enjoy free and living together at different levels.
Main floor opens at the middle to locate the pool area creating an open courtyard living together among all surrounding areas: living room, kitchen and TV room.
Sustainable Design. All spaces are designed with natural cross ventilation. All covers are used as green roofs landscaped terraces resulting in a natural insulation and recovers rainwater for use in irrigation.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
The recognized Grupo Aeroportuario del Pacifico with a total of 12 airports in Mexico selected the architecture and design firm sanzpont [arquitectura] to carry out the project for the Commercial Area of its new International Terminal at San Jose del Cabo with a total of 7,500 m2.
Commercial Area inside the Airport.
The totality of the commercial area space is lit by natural sunlight thanks to a monumental glass façade facing the runway. This generates significant energy savings in lighting throughout the day and thus creates a more sustainable commercial environment.
The interior space is designed as if it were an outside commercial corridor, trying to create a futuristic urban experience for the passengers by providing enjoyable spaces and consequently a pleasant stay while waiting for their flight.
Since the initial planning phase of the project, a contemporary and homogeneous commercial architectural image was sought. The formal concept is based in aerodynamic design using curved lines that reflect vanguardism and a morphological integration with aeronautical design. Vending spaces are contained by enveloping curves made of white Aluminium Compound Panels. The architects relied on digital design and manufacturing techniques to solve the intrinsically formal and constructional part of the project using BIM software, allowing them to visualize and coordinate all aspects of the construction phase.
Organic Design and Digital Fabrication. The VIP Waiting Room was designed with an organic and vanguardist cell design concept in mind. The façade is made using a Voronoi type porous skin, which allows privacy in the room without blocking the view to the exterior. The architectural team designed this complex façade by using experimental parametric digital techniques, which solved the 3D formal and structural model of all the support system and its white Aluminum Compound Panel cover, so by these means, all the different and unique pieces are extracted and assembled just like a puzzle.
The recognized Grupo Aeroportuario del Pacifico with a total of 12 airports in Mexico selected the architecture and design firm sanzpont [arquitectura] to carry out the project for the Commercial Area of its new International Terminal at San Jose del Cabo with a total of 7,500 m2.
Commercial Area inside the Airport.
The totality of the commercial area space is lit by natural sunlight thanks to a monumental glass façade facing the runway. This generates significant energy savings in lighting throughout the day and thus creates a more sustainable commercial environment.
The interior space is designed as if it were an outside commercial corridor, trying to create a futuristic urban experience for the passengers by providing enjoyable spaces and consequently a pleasant stay while waiting for their flight.
Since the initial planning phase of the project, a contemporary and homogeneous commercial architectural image was sought. The formal concept is based in aerodynamic design using curved lines that reflect vanguardism and a morphological integration with aeronautical design. Vending spaces are contained by enveloping curves made of white Aluminium Compound Panels. The architects relied on digital design and manufacturing techniques to solve the intrinsically formal and constructional part of the project using BIM software, allowing them to visualize and coordinate all aspects of the construction phase.
Organic Design and Digital Fabrication. The VIP Waiting Room was designed with an organic and vanguardist cell design concept in mind. The façade is made using a Voronoi type porous skin, which allows privacy in the room without blocking the view to the exterior. The architectural team designed this complex façade by using experimental parametric digital techniques, which solved the 3D formal and structural model of all the support system and its white Aluminum Compound Panel cover, so by these means, all the different and unique pieces are extracted and assembled just like a puzzle.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Proposal: This project was developed in collaboration with BNKR Architects, proposing a convention stand that exploited the maximum use of drywall. The idea was to create a stand completely formed out of the semi-perforated panels. By breaking off samples of the material for its visitors, the form of the stand itself generated these small samples to be distributed, therefore deconstructing itself as to not have to discard the stand entirely at the end of the convention. It was exhibited at the CIHAC Expo, a space where every year exhibitors have the opportunity to showcase their work and attract attention through the design of their stands.
Expo CIHAC.
Proposal: This project was developed in collaboration with BNKR Architects, proposing a convention stand that exploited the maximum use of drywall. The idea was to create a stand completely formed out of the semi-perforated panels. By breaking off samples of the material for its visitors, the form of the stand itself generated these small samples to be distributed, therefore deconstructing itself as to not have to discard the stand entirely at the end of the convention. It was exhibited at the CIHAC Expo, a space where every year exhibitors have the opportunity to showcase their work and attract attention through the design of their stands.
Expo CIHAC.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Proposal: Promoting Korean Philosophy The concept of design is based on the philosophy of Korea, the balance of opposites, the Um-Yang. The fundamental idea is to create an iconic building that represents the culture in which it is immersed, to remind the native people where they come from in order to promote this philosophy to the outside world. Materializing this ancient philosophy in a cutting edge building connects the past with the present, giving long life to a culture that must be projected into the future. The vision of this building is the integration with its natural and urban environment, besides being spectacular, create public spaces and nature, respecting and helping the environment, a sustainable design that promote a city to the world.
SKIN INNOVATION: Energy Flow in Motion : Click to see Animation Video The LED RGB lighting glows inside a double layer of Nebular Gradient Silkscreened ETFE. The printed texture gradients the opacity of the skin to control sunlight and lighting. By controlling the intensity and the RGB gradients of the LEDs, the skin creates Energy Flow in Motion. The skin represents the unity of opposites that compose the cosmos.
SUSTAINABLE DESIGN : Minimizing Carbon Footprint The skin incorporates Photovoltaic Solar Panels capturing energy from the sun to generate and supply electricity from a clean and sustainable energy. The Extensive Green Roof helps to provide oxygen and ambient temperature regulation, providing a natural insulation skin on the top of the building. LED technology glow the skin of the building at night, creating art with light of low energy consumption emphasizing the fluid and singular skin. The Ventilated and Shading Façade reduces interior solar radiation by shading the internal curtain wall, and the diffuse solar light enters interior space through the gradient opacities. Rainwater is collected through the entire roof and stored to be used in bathroom equipment and landscape irrigation. Grey water is treated and re-used for landscape irrigation.
URBAN DESIGN: Maximizing Public Space The building is designed to be passable inside and out, becomes an urban element deployed from the site as a bridge to its top as a balcony. The Green Roof extends the gardens and recreational areas of the city, increase the natural landscape and invites you to rise to the top of the building creating an Urban Park. The rising walkway increases pedestrian paths in the area and invites you to rise to the top while enjoying panoramic views, then go down and continue a site walk. The terraces at different levels generate scenic viewpoints. The green surface along the roof creates natural seating steps for the contemplation of aquatic and urban events. The exterior urban areas of the site are designed according to Korean Philosophy; the building is surrounded by 4 plazas: Ri/Fire, Gon/Earth, Gam/Water and Geon/Metal. The design also incorporates a Water Balcony as part of the pedestrian path; this element provides a little more interaction between users and their natural environment.
Proposal: Promoting Korean Philosophy The concept of design is based on the philosophy of Korea, the balance of opposites, the Um-Yang. The fundamental idea is to create an iconic building that represents the culture in which it is immersed, to remind the native people where they come from in order to promote this philosophy to the outside world. Materializing this ancient philosophy in a cutting edge building connects the past with the present, giving long life to a culture that must be projected into the future. The vision of this building is the integration with its natural and urban environment, besides being spectacular, create public spaces and nature, respecting and helping the environment, a sustainable design that promote a city to the world.
SKIN INNOVATION: Energy Flow in Motion : Click to see Animation Video The LED RGB lighting glows inside a double layer of Nebular Gradient Silkscreened ETFE. The printed texture gradients the opacity of the skin to control sunlight and lighting. By controlling the intensity and the RGB gradients of the LEDs, the skin creates Energy Flow in Motion. The skin represents the unity of opposites that compose the cosmos.
SUSTAINABLE DESIGN : Minimizing Carbon Footprint The skin incorporates Photovoltaic Solar Panels capturing energy from the sun to generate and supply electricity from a clean and sustainable energy. The Extensive Green Roof helps to provide oxygen and ambient temperature regulation, providing a natural insulation skin on the top of the building. LED technology glow the skin of the building at night, creating art with light of low energy consumption emphasizing the fluid and singular skin. The Ventilated and Shading Façade reduces interior solar radiation by shading the internal curtain wall, and the diffuse solar light enters interior space through the gradient opacities. Rainwater is collected through the entire roof and stored to be used in bathroom equipment and landscape irrigation. Grey water is treated and re-used for landscape irrigation.
URBAN DESIGN: Maximizing Public Space The building is designed to be passable inside and out, becomes an urban element deployed from the site as a bridge to its top as a balcony. The Green Roof extends the gardens and recreational areas of the city, increase the natural landscape and invites you to rise to the top of the building creating an Urban Park. The rising walkway increases pedestrian paths in the area and invites you to rise to the top while enjoying panoramic views, then go down and continue a site walk. The terraces at different levels generate scenic viewpoints. The green surface along the roof creates natural seating steps for the contemplation of aquatic and urban events. The exterior urban areas of the site are designed according to Korean Philosophy; the building is surrounded by 4 plazas: Ri/Fire, Gon/Earth, Gam/Water and Geon/Metal. The design also incorporates a Water Balcony as part of the pedestrian path; this element provides a little more interaction between users and their natural environment.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
“An Oasis is a miracle of life in the desert.” sanzpont [arquitectura] has being awarded 3rd place in an international restricted competition for a VIP Palace in Qatar for its innovative and ecologic response to the project brief of this private residence: "The purpose of the competition was to stimulate innovative and creative ideas to create high end luxurious Palace to achieve relaxation and luxury for its VIP users."
This Palace reinvents the simple idea of creating luxury into something meaningful, creating life and nature through a self-sustainable botanical oasis in the desert. The microclimate needed for botanical species is created by a mist irrigation system located in the inner skin of the palace central dome. Water is obtained from an underground aquifer and sustainable desalinated by an electrodialysis system that is powered by solar renewable sources. Photovoltaic panels are integrated into the outer skin of the dome and building roofs, water is stored in the landscaping lakes featuring various thematic gardens and picnic areas.
“Architecture design should be integrated with its surrounding environment should reflect its culture in time, so we studied their historical typologies and architectural language to evolve it into innovative vanguard design plenty of cultural heritage.”
The heart of the palace is an oasis covered by a central dome, its unique design is inspired by the Sidra Tree, which is native to Qatar and is a symbol for perseverance, solidarity and determination.
Historically, this tree unifies people looking shade in the desert, meeting and talking bellow its spreading branches. These branches are symbolized with a leaf-shaped seating spaces hanging inside the Sidra Tree Dome, these seating spaces for calm and relaxation are called “Floating Majlis”.
Traditional Qatari architecture is reinterpreted connecting their past with present and future.
Sustainable Design. Photovoltaic Energy: The tensile skin incorporates Foldable Photovoltaic Solar Panels capturing energy from the sun to generate and supply electricity from a clean and sustainable energy. This makes the bridge self-sustainable.
Air-Cleaning Plants: To go beyond green, the design includes Plants that clean and purify the air, transforming the pollution of the city in pure oxygen. Plants and the Breathable Membrane make a greener environment and a clean pedestrian tunnel.
LED RGB Technology: Linear LED technology glow the structure of the bridge at night, creating art with light of low power consumption. This emphasizes the fluid and organic forms and creates different sensations.
“An Oasis is a miracle of life in the desert.” sanzpont [arquitectura] has being awarded 3rd place in an international restricted competition for a VIP Palace in Qatar for its innovative and ecologic response to the project brief of this private residence: "The purpose of the competition was to stimulate innovative and creative ideas to create high end luxurious Palace to achieve relaxation and luxury for its VIP users."
This Palace reinvents the simple idea of creating luxury into something meaningful, creating life and nature through a self-sustainable botanical oasis in the desert. The microclimate needed for botanical species is created by a mist irrigation system located in the inner skin of the palace central dome. Water is obtained from an underground aquifer and sustainable desalinated by an electrodialysis system that is powered by solar renewable sources. Photovoltaic panels are integrated into the outer skin of the dome and building roofs, water is stored in the landscaping lakes featuring various thematic gardens and picnic areas.
“Architecture design should be integrated with its surrounding environment should reflect its culture in time, so we studied their historical typologies and architectural language to evolve it into innovative vanguard design plenty of cultural heritage.”
The heart of the palace is an oasis covered by a central dome, its unique design is inspired by the Sidra Tree, which is native to Qatar and is a symbol for perseverance, solidarity and determination.
Historically, this tree unifies people looking shade in the desert, meeting and talking bellow its spreading branches. These branches are symbolized with a leaf-shaped seating spaces hanging inside the Sidra Tree Dome, these seating spaces for calm and relaxation are called “Floating Majlis”.
Traditional Qatari architecture is reinterpreted connecting their past with present and future.
Sustainable Design. Photovoltaic Energy: The tensile skin incorporates Foldable Photovoltaic Solar Panels capturing energy from the sun to generate and supply electricity from a clean and sustainable energy. This makes the bridge self-sustainable.
Air-Cleaning Plants: To go beyond green, the design includes Plants that clean and purify the air, transforming the pollution of the city in pure oxygen. Plants and the Breathable Membrane make a greener environment and a clean pedestrian tunnel.
LED RGB Technology: Linear LED technology glow the structure of the bridge at night, creating art with light of low power consumption. This emphasizes the fluid and organic forms and creates different sensations.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
DESIGN CONCEPT
Santa Maria del Mar is one of the oldest virgin avocations. She isn’t related to any apparition; instead she relates with the need that marines and their families who stay on land feel for having the highest protection from heaven. Stella Maris, Star of the Sea is how they call her since ancient times.
Cancun, Sun and Beach. Cancun is a city of sun, beach and tourism. The architectural project though of religious character must respond to these 3 key elements and their correspondent transcendence. The city owes its foundation to the Caribbean architecture, composed of: open and green spaces, latticeworks, etc. which provides natural comfort to the user.
Esthetic and Harmonic Beauty. When designing a basilica one must offer an official religious public building for the liturgical celebration and the adoration of the lord, a sacred space that provides purity, protection and serenity which by tradition is achieved by a standard of identity, top esthetic beauty, symmetry and proportion.
The Sea as Identity. Inspiration for the concept comes from the strength and softness of the Caribbean ocean waves and the white sand of its beach. The rhythm of the ocean and the sensation of peace and harmony serve as design principles to provide a unique identity with a strong relation to the region and the project site.
The Mantle as Inspiration. The project is composed of a big public-religious (Catholic) space that can receive hundreds of people for mass inside a space of purity that radiates protection, harmony, softness and peace, all this simulating the protecting mantle of Santa Maria del Mar as maternal inspiration.
Integration to the Public Space. The project is located in a new public sector of recreation in front of the Nichupte lagoon. The project must integrate, relate and complement the public space throughout a strong pedestrian connection with the new walkways, generating a plaza with green areas that invite the user to enter to the religious center.
ARCHITECTURAL CONCEPT
For a functional, bioclimatic, emblematic and urban project. The virgin's mantle inspires the project's form as a maternal protection symbol. The ocean waves underline the roof's silhouette in search for rhythm, harmony and balance. The perfection and balance of marine life also serves as inspiration in the design line.
Religious architecture is the reflection and evidence of culture through time. Religious-Cultural Walkways. Historic Exterior Walkway: The project's façade functions as an exterior museum; it has a timeline board with the history of American evangelization. Virgin Mary Walkway: The patios and public areas house the Virgin Mary walkway which surrounds the main nave through fountains, discovering the 20 mysteries. Religious Tourism: Cultural Attractive.
BIOCLIMATIC DESIGN
Minimizing Environmental Impact. The project counts with bioclimatic strategies to achieve an adequate comfort using natural renewable energy; this includes natural cross ventilation, solar protection and thermal isolation. Because of its bioclimatic design oriented to energy savings it avoids the use of mechanical cooling equipment that would imply excessive consumption of energy without even taking into account if the basilica were at its maximum or minimum capacity; By these means the environmental impact and the carbon footprint are reduced. The design responds to a correct and constant flow of ventilation, favoring the pressure difference that generates wind movement throughout all the spaces.
CONSTRUCTION METHOD
Structural System, Based in Traditional Arches. The structural concept is based on the traditional arches system that has been used in churches for centuries. This system transfers the loads from the roof to the foundations through elements that create big open spaces.
The project is solved with a mixed structural system. The foundation is solved by reinforced concrete pilings which will transfer loads to the rocky subsoil in accordance to soil mechanics studies in depth, capacity and load.
The parking slab that serves as the nave's and plaza's floor is a lightweight reinforced concrete grid slab supported by reinforced concrete columns. The lateral structures are made up of two levels of one-way joist and joist filler block slabs supported by reinforced concrete frames.
The main structure is supported by six multiple rigid arches made up of steel trusses with welded box profiles. The roof has a complex form that responds in a dynamic way to the wind's action, therefore it's solved by a three-dimensional truss of structural steel profiles covered with double-sheeted aluminum panels with low-density thermoplastic polyurethane core which has thermal isolation properties.
The roof's surface must allow for an adequate preventive and corrective maintenance without compromising the structure's integrity both for vibrations as for highly humid and saline weather conditions.
FINISH CRITERIA
Low Cost Maintenance. Pavement: Regional rock floors or stone quarry for exteriors and porcelain floor tiles for interiors. Facades: Tempered glass, block walls and paint. Lining: PVC faux wood stave or aluminum faux wood and thermal isolation multipanel deck.
MEP CRITERIA
Low Cost Use. Electrical Installation: micro-turbine energy cogeneration capstone system, 3 pieces of equipment 65 KW each; synchronism and parallelism electric board of simultaneous consumption and low-consumption LED based illumination. Air Conditioning: Partial, only Museum-Cafeteria and services buildings, 2 chillers 100 Ton each, located on basement. The residual heat produced by the micro-turbines is used for its function. Pluvial Installation: Rainwater will be collected and storage for irrigation.
INTERNATIONAL ARCHITECTURE AWARDS
• 2nd Place, Competition by Invitation - Malecon Tajamar, Cancun, México.
INTERNATIONAL ARCHITECTURE AWARDS
• 2nd Place, Competition by Invitation - Malecon Tajamar, Cancun, México.
DESIGN CONCEPT
Santa Maria del Mar is one of the oldest virgin avocations. She isn’t related to any apparition; instead she relates with the need that marines and their families who stay on land feel for having the highest protection from heaven. Stella Maris, Star of the Sea is how they call her since ancient times.
Cancun, Sun and Beach. Cancun is a city of sun, beach and tourism. The architectural project though of religious character must respond to these 3 key elements and their correspondent transcendence. The city owes its foundation to the Caribbean architecture, composed of: open and green spaces, latticeworks, etc. which provides natural comfort to the user.
Esthetic and Harmonic Beauty. When designing a basilica one must offer an official religious public building for the liturgical celebration and the adoration of the lord, a sacred space that provides purity, protection and serenity which by tradition is achieved by a standard of identity, top esthetic beauty, symmetry and proportion.
The Sea as Identity. Inspiration for the concept comes from the strength and softness of the Caribbean ocean waves and the white sand of its beach. The rhythm of the ocean and the sensation of peace and harmony serve as design principles to provide a unique identity with a strong relation to the region and the project site.
The Mantle as Inspiration. The project is composed of a big public-religious (Catholic) space that can receive hundreds of people for mass inside a space of purity that radiates protection, harmony, softness and peace, all this simulating the protecting mantle of Santa Maria del Mar as maternal inspiration.
Integration to the Public Space. The project is located in a new public sector of recreation in front of the Nichupte lagoon. The project must integrate, relate and complement the public space throughout a strong pedestrian connection with the new walkways, generating a plaza with green areas that invite the user to enter to the religious center.
ARCHITECTURAL CONCEPT
For a functional, bioclimatic, emblematic and urban project. The virgin's mantle inspires the project's form as a maternal protection symbol. The ocean waves underline the roof's silhouette in search for rhythm, harmony and balance. The perfection and balance of marine life also serves as inspiration in the design line.
Religious architecture is the reflection and evidence of culture through time. Religious-Cultural Walkways. Historic Exterior Walkway: The project's façade functions as an exterior museum; it has a timeline board with the history of American evangelization. Virgin Mary Walkway: The patios and public areas house the Virgin Mary walkway which surrounds the main nave through fountains, discovering the 20 mysteries. Religious Tourism: Cultural Attractive.
BIOCLIMATIC DESIGN
Minimizing Environmental Impact. The project counts with bioclimatic strategies to achieve an adequate comfort using natural renewable energy; this includes natural cross ventilation, solar protection and thermal isolation. Because of its bioclimatic design oriented to energy savings it avoids the use of mechanical cooling equipment that would imply excessive consumption of energy without even taking into account if the basilica were at its maximum or minimum capacity; By these means the environmental impact and the carbon footprint are reduced. The design responds to a correct and constant flow of ventilation, favoring the pressure difference that generates wind movement throughout all the spaces.
CONSTRUCTION METHOD
Structural System, Based in Traditional Arches. The structural concept is based on the traditional arches system that has been used in churches for centuries. This system transfers the loads from the roof to the foundations through elements that create big open spaces.
The project is solved with a mixed structural system. The foundation is solved by reinforced concrete pilings which will transfer loads to the rocky subsoil in accordance to soil mechanics studies in depth, capacity and load.
The parking slab that serves as the nave's and plaza's floor is a lightweight reinforced concrete grid slab supported by reinforced concrete columns. The lateral structures are made up of two levels of one-way joist and joist filler block slabs supported by reinforced concrete frames.
The main structure is supported by six multiple rigid arches made up of steel trusses with welded box profiles. The roof has a complex form that responds in a dynamic way to the wind's action, therefore it's solved by a three-dimensional truss of structural steel profiles covered with double-sheeted aluminum panels with low-density thermoplastic polyurethane core which has thermal isolation properties.
The roof's surface must allow for an adequate preventive and corrective maintenance without compromising the structure's integrity both for vibrations as for highly humid and saline weather conditions.
FINISH CRITERIA
Low Cost Maintenance. Pavement: Regional rock floors or stone quarry for exteriors and porcelain floor tiles for interiors. Facades: Tempered glass, block walls and paint. Lining: PVC faux wood stave or aluminum faux wood and thermal isolation multipanel deck.
MEP CRITERIA
Low Cost Use. Electrical Installation: micro-turbine energy cogeneration capstone system, 3 pieces of equipment 65 KW each; synchronism and parallelism electric board of simultaneous consumption and low-consumption LED based illumination. Air Conditioning: Partial, only Museum-Cafeteria and services buildings, 2 chillers 100 Ton each, located on basement. The residual heat produced by the micro-turbines is used for its function. Pluvial Installation: Rainwater will be collected and storage for irrigation.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
DESIGN CONCEPT
Contemporary Caribbean House. Casa SDLV is conceptualized as ecological house, used as a rest house, named in reference to the owner's initials; located on the island portion of Isla Mujeres Mexico, flanked by the sea and the lagoon, but was designed to take advantage of benefits provided by the Caribbean with efficient design and contemporary Caribbean character. The project began as a restoration of an old wooden house in disrepair , where the essence was kept and where the conceptual idea was to create a contemporary housing adapted to the elements of the Caribbean; the efficient use of its resources and aware of their natural environment.
PRIVILEGED VIEWS
The property is developed in an open and flexible space, with the purpose of organizing the spaces so they can open their visual to the Caribbean Sea. It has the basic architectural housing program maximizing views to the outside.
BIOCLIMATIC DESIGN
Energy – Efficient Concept. The house is designed to cover the needs of comfort with minimum energy expenditure; in a climate where the entire city uses the air conditioning, 365 days a year, this house is designed to reduce consumption. It is a proposal about how to live in the warm Caribbean, with a feeling of being in touch with nature in a cottage style.
LEED GOLD for Homes Certification: Sustainable design minimizing the carbon footprint
PASSIVE SOLAR DESIGN
Photovoltaic system on facades and sloping roofs resulting in optimum protection to reduce solar incidence and self-generation of energy.
RAINWATER REUSE
Capture system of rainwater for reuse in drip irrigation of green areas.
ENDEMIC VEGETATION
Endemic vegetation noninvasive and low-maintenance landscaping, and the minimum use of conventional pastures and wooded conservation and restoration of existing natural areas.
LOW THERMAL EMISSION MATERIALS
The use of certified wood (FSC) and reused as native finishing materials and furniture.
HEAT ISLAND EFFECT MITIGATION
Materials were applied with high solar reflectance index (SRI) to reduce the urban “heat island” effect, getting equally decreased surface temperature, which results in better thermal performance, reducing maintenance and power consumption (air conditioning).
SAVING & ENERGY GENERATION
LED lighting to reduce energy consumption and HVAC systems not harmful to the environment high efficiency. Photovoltaic pergolas are designed to generate much of the energy consumption.
First LEED certified housing in Mexico, for having materials with low thermal emission, permeable pavement, anticyclone windows, use of non-invasive vegetation, use of many recycled materials as well as rainwater harvesting through slabs.
A green building increases the productivity of the occupants, it has been designed for quality living spaces, the required amount of natural light, appropriate noise levels, thermal control, and adequate ventilation, among others. All these aspects are to improve the quality of life and health of users. Moreover a certified building reduces the negative effects that the construction could have on the environment, reduce greenhouse gas emissions to the environment, avoiding damage to the ozone layer and climate change, reduce waste sent to landfills preserving the natural environment, protecting ecosystems and biodiversity.
AWARDS & CERTIFICATIONS
• LEED GOLD for Homes
• First House with LEED for Homes certification in Mexico
AWARDS & CERTIFICATIONS
• LEED GOLD for Homes
• First House with LEED for Homes certification in Mexico
DESIGN CONCEPT
Contemporary Caribbean House. Casa SDLV is conceptualized as ecological house, used as a rest house, named in reference to the owner's initials; located on the island portion of Isla Mujeres Mexico, flanked by the sea and the lagoon, but was designed to take advantage of benefits provided by the Caribbean with efficient design and contemporary Caribbean character. The project began as a restoration of an old wooden house in disrepair , where the essence was kept and where the conceptual idea was to create a contemporary housing adapted to the elements of the Caribbean; the efficient use of its resources and aware of their natural environment.
PRIVILEGED VIEWS
The property is developed in an open and flexible space, with the purpose of organizing the spaces so they can open their visual to the Caribbean Sea. It has the basic architectural housing program maximizing views to the outside.
BIOCLIMATIC DESIGN
Energy – Efficient Concept. The house is designed to cover the needs of comfort with minimum energy expenditure; in a climate where the entire city uses the air conditioning, 365 days a year, this house is designed to reduce consumption. It is a proposal about how to live in the warm Caribbean, with a feeling of being in touch with nature in a cottage style.
LEED GOLD for Homes Certification: Sustainable design minimizing the carbon footprint
PASSIVE SOLAR DESIGN
Photovoltaic system on facades and sloping roofs resulting in optimum protection to reduce solar incidence and self-generation of energy.
RAINWATER REUSE
Capture system of rainwater for reuse in drip irrigation of green areas.
ENDEMIC VEGETATION
Endemic vegetation noninvasive and low-maintenance landscaping, and the minimum use of conventional pastures and wooded conservation and restoration of existing natural areas.
LOW THERMAL EMISSION MATERIALS
The use of certified wood (FSC) and reused as native finishing materials and furniture.
HEAT ISLAND EFFECT MITIGATION
Materials were applied with high solar reflectance index (SRI) to reduce the urban “heat island” effect, getting equally decreased surface temperature, which results in better thermal performance, reducing maintenance and power consumption (air conditioning).
SAVING & ENERGY GENERATION
LED lighting to reduce energy consumption and HVAC systems not harmful to the environment high efficiency. Photovoltaic pergolas are designed to generate much of the energy consumption.
First LEED certified housing in Mexico, for having materials with low thermal emission, permeable pavement, anticyclone windows, use of non-invasive vegetation, use of many recycled materials as well as rainwater harvesting through slabs.
A green building increases the productivity of the occupants, it has been designed for quality living spaces, the required amount of natural light, appropriate noise levels, thermal control, and adequate ventilation, among others. All these aspects are to improve the quality of life and health of users. Moreover a certified building reduces the negative effects that the construction could have on the environment, reduce greenhouse gas emissions to the environment, avoiding damage to the ozone layer and climate change, reduce waste sent to landfills preserving the natural environment, protecting ecosystems and biodiversity.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Design Concept: The main idea of the project was to integrate the house to the site respecting the existing trees to maximize the natural shade they provide and be more environmentally conscious. So the biggest challenge was to find the exact spot where to place the base of the house and the general form was developed dodging trees and integrating the design within an overall concept. So the site gives way to the House, while it coexists harmoniously. Four villas have been integrated in a natural and continuous space, where outdoor blends indoor spaces to achieve an atmosphere of relaxation and rest.
Respecting Existing Nature. The soul of this design is the respect of existing nature; by dodging trees the site gives way to the house.
Materials: In the choice of materials, the stone of the region was used to shape the foundations and walls of the ground floor, thus giving further strength visually, naturally integrates with the subsoil of the land. Recycled Timber is one of the main materials of the house; it gives warmth and a natural comfort.
Sustainable Design: Recycled Timber is also used to create shades, sliding and folding shutters that provide shade and control the passage of direct sunlight and heat to interior. The white walls upstairs, makes a "Reflective Shield" on the faces towards the sun and receive the skylight colors. The design of the roofs provides shade on the terraces at the same time that opens to make way for wind in and crosses to refresh all interior areas.
A Home to Relax: The interior spaces have been integrated with the surroundings through large outdoor terraces overlooking the golf course; exterior furnishings create an environment of relaxation and Caribbean peace.
Design Concept: The main idea of the project was to integrate the house to the site respecting the existing trees to maximize the natural shade they provide and be more environmentally conscious. So the biggest challenge was to find the exact spot where to place the base of the house and the general form was developed dodging trees and integrating the design within an overall concept. So the site gives way to the House, while it coexists harmoniously. Four villas have been integrated in a natural and continuous space, where outdoor blends indoor spaces to achieve an atmosphere of relaxation and rest.
Respecting Existing Nature. The soul of this design is the respect of existing nature; by dodging trees the site gives way to the house.
Materials: In the choice of materials, the stone of the region was used to shape the foundations and walls of the ground floor, thus giving further strength visually, naturally integrates with the subsoil of the land. Recycled Timber is one of the main materials of the house; it gives warmth and a natural comfort.
Sustainable Design: Recycled Timber is also used to create shades, sliding and folding shutters that provide shade and control the passage of direct sunlight and heat to interior. The white walls upstairs, makes a "Reflective Shield" on the faces towards the sun and receive the skylight colors. The design of the roofs provides shade on the terraces at the same time that opens to make way for wind in and crosses to refresh all interior areas.
A Home to Relax: The interior spaces have been integrated with the surroundings through large outdoor terraces overlooking the golf course; exterior furnishings create an environment of relaxation and Caribbean peace.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
CONCEPT DESIGN:
The soul of this design is to create self-sustainable living architecture that respond to its use.
MODULAR + FLEXIBLE:
The Module: Cylindrical Tensile Membrane + Double Helix Structure made of carbon fiber semi flexible tubes. This simple and flexible module can be repeated according to the desired length connecting two buildings forming a pedestrian connection.
STRUCTURAL FLEXIBILITY:
The design of the bridge meets the structural flexibility of differential movement between the buildings. A connection between two independent structures cannot be rigid, so this bridge is structurally based on a tensile membrane.
DYNAMIC REACTION:
Being a flexible tensile structure, by applying more tension to different points, a technological dynamic deformation can be achieved in response to the people crossing the bridge. It becomes a living element that responds to its use.
INTERNATIONAL ARCHITECTURE AWARDS:
• Int Design Awards, LA, USA: Bronze Medal - Conceptual Architecture Design
• A’ Design Award & Competition, Milán, Italy: Silver Medal - Certificate of Excellence in World Architectural Lighting Design
• 20+10+X World Architecture Award 2011 Winner: WORLD ARCHITECTURE COMMUNITY Awards (worldarchitecture.org), as one of the world’s most representative project in the world.
• 1st Place “Building to Building Pedestrian Bridge International Challenge”. DesignByMany Challenge sponsored by HP and ArchDaily.
INTERNATIONAL ARCHITECTURE AWARDS:
• Int Design Awards, LA, USA: Bronze Medal - Conceptual Architecture Design
• A’ Design Award & Competition, Milán, Italy: Silver Medal - Certificate of Excellence in World Architectural Lighting Design
• 20+10+X World Architecture Award 2011 Winner: WORLD ARCHITECTURE COMMUNITY Awards (worldarchitecture.org), as one of the world’s most representative project in the world.
• 1st Place “Building to Building Pedestrian Bridge International Challenge”. DesignByMany Challenge sponsored by HP and ArchDaily.
CONCEPT DESIGN:
The soul of this design is to create self-sustainable living architecture that respond to its use.
MODULAR + FLEXIBLE:
The Module: Cylindrical Tensile Membrane + Double Helix Structure made of carbon fiber semi flexible tubes. This simple and flexible module can be repeated according to the desired length connecting two buildings forming a pedestrian connection.
STRUCTURAL FLEXIBILITY:
The design of the bridge meets the structural flexibility of differential movement between the buildings. A connection between two independent structures cannot be rigid, so this bridge is structurally based on a tensile membrane.
DYNAMIC REACTION:
Being a flexible tensile structure, by applying more tension to different points, a technological dynamic deformation can be achieved in response to the people crossing the bridge. It becomes a living element that responds to its use.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
20 story tower, destinated for commercial, hospitality and office use. The building consists in 2 vertical bodies that meet at the top by 2 habitable bridges with an interior garden to form a large frame of the natural landscape. The building is protected from the sun in its west side by a "ventilated facade" of Alucobond flaky and indirect light is filtered inside between the horizontal slats of its outline.
On the Eastern front, the skin of the building is designed with a set of silkscreened, and transparent crystals sandblasteados advantage of the views of the golf course in Cancun and the Caribbean Sea. It has 2 parking levels integrated vegetated slope and high public square that generates a large urban balcony.
The interior design of the Mall in the early levels, expresses dynamism and spatial continuity invite another climb even higher to sit and have a coffee and enjoy the view terrace. In addition, the building opened to the public the opportunity to rise further, as it has a gazebo lounge restaurant on the top level. Thus, this vertical infrastructure with the inhabitant of the city and its urban environment is integrated.
20 story tower, destinated for commercial, hospitality and office use. The building consists in 2 vertical bodies that meet at the top by 2 habitable bridges with an interior garden to form a large frame of the natural landscape. The building is protected from the sun in its west side by a "ventilated facade" of Alucobond flaky and indirect light is filtered inside between the horizontal slats of its outline.
On the Eastern front, the skin of the building is designed with a set of silkscreened, and transparent crystals sandblasteados advantage of the views of the golf course in Cancun and the Caribbean Sea. It has 2 parking levels integrated vegetated slope and high public square that generates a large urban balcony.
The interior design of the Mall in the early levels, expresses dynamism and spatial continuity invite another climb even higher to sit and have a coffee and enjoy the view terrace. In addition, the building opened to the public the opportunity to rise further, as it has a gazebo lounge restaurant on the top level. Thus, this vertical infrastructure with the inhabitant of the city and its urban environment is integrated.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
STRUCTURAL DESIGN
Simplicity of defined axes. An important factor in the building design was to have a simple structure, so from the beginning a plot of axes was defined that would jointly contemplate the underground parking garage and the vertical mass of housing.
URBAN INTEGRATION
Expansion of public space. To integrate the building with its urban fabric, there is a setback of the faade on the ground floor, thereby maximizing the public area by generating an access plaza and a terrace. With this gesture it is possible to have a spatial scale at the pedestrian level. Through a longitudinal design of the cafeteria, the public space is carried to the back of the land where the garden can be used for recreation and contemplation.
ARCHITECTURAL DISTRIBUTION
Responding to the functional needs. The building fully responds to the architectural program and the needs of use. The 30 lofts are flats that look directly toward the Golf Club. All the apartments have the same configuration and dimensions, the only variation is the size of the terraces, which is by facade design. The total built area per apartment is between 207 m2 and 217 m2, including terraces. The loft interior space is created by means of a unique and open space between kitchen, hall, dining room, living room, master bedroom and terraces, where the entire space revolves around a central bookcase. In case privacy is required in the main room, a large sliding panel isolates it from the rest of the space. The underground parking garage was resolved in half levels with a vehicular circulation around the vertical core with a total of 118 parking spaces.
CHANGEABLE FACADE
Depending on the time of year. The volumetric design of the main facade responds to the model based on the analysis of the site, and the micro-perforated graphic art integrates it with the green landscape. This glass facade has the ability to be opened in its entirety by means of folding windows on a pivoting mechanism, above all by thinking of the summer air circulation, easy maintenance and the ability to clean from the inside. This system of windows gives the building the ability to have a CHANGEABLE FACADE according to the climate- a living skin that is transformed at the user's will to achieve greater comfort in summer and winter. THE SKIN OF THE BUILDING: Graphic art and design according to its orientation. The skin of the building responds to the orientation of the facade. On the South facade the percentage of openings is lower and the windows are protected by sliding micro-perforated aluminum panels to avoid overheating in SUMMER while simultaneously allowing the wind to flow through for natural cross ventilation.
On the North facade, the skin of the building is totally glazed to make the most of natural light and depending on the cloudiness, to capture some solar radiation and slightly heat the interior space in WINTER. This skin is composed of: a. Glass to allow maximum natural light b. Micro-perforated vinyl that allows you to see from the inside to the outside, while generating privacy on the terraces. The art and graphic design of the vinyl simulates a vegetation-like skin that is integrated into the golf course, which is complemented by the green background of the balconies, providing the building with an artistic and avant-garde image c. Elements of pivoting, reinforced aluminum.
BIOCLIMATIC AND SUSTAINABILITY
The building adapts to the climate. The CLIMATIC ANALYSIS of the site tells us that Lima is a city with a moderate climate, practically without rainfall but with a very high level of atmospheric humidity. The average annual temperature is 18.5 to 19 ¡ C. The summer lasts from December to April, with an average temperature between 29 and 21 ¡ C. In winter, from June to September, the temperature ranges between 19 and 12 ¡ C. The natural conditions of the site generate a thermal inversion that causes an almost permanent cloudiness that makes the passage of direct solar radiation difficult. Even so, we believe it is important to take advantage of solar energy as much as possible, which varies depending on the degree of cloudiness of each day. The dominant wind comes from the South throughout the year.
In WINTER the windows remain closed and by means of the glazing of the terraces, you can also take advantage of these spaces during the day when it is cold. At night, you can close the window between the terrace and the room, leaving this space as an air chamber, improving the thermal insulation. In SUMMER natural cross ventilation is the most important bioclimatic technique, mainly because it is achieved in ALL living spaces and bedrooms, as can be seen in the architectural plan. This is achieved with the following elements:
1. Continuous open space through the kitchen, dining room, living room and terrace with direct air inlet and outlet on opposite sides. By means of the central recess in the rear facade of the building, the air is compressed and creates a Venturi effect that drives the air inwards. The front facing windows do the rest by means of negative pressure.
2. Air inlet into the basement over the entire width of the ground in the back.
3. Induction of natural air into the ventilation ducts by means of forced or convective ventilation. These ducts finish in the upper part of the building in bioclimatic air chimneys orienting the exit towards the negative pressure.
4. The south-facing bedrooms have windows in front of a direct wind entrance and the exit is by means of the vertical ventilation duct.
5. North-facing bedrooms are ventilated by means of the vertical ventilation duct and the air outlet is generated by negative pressure on the windows of the north facade.
UTILIZATION OF RENEWABLE ENERGY
For energy savings. Throughout the building design, the use and collection of renewable natural energy is considered to ensure energy savings. The wind is used to cool the spaces in the summer and depending on the cloudiness, the sun to heat them in winter through a bioclimatic design. In addition, the building has a THERMAL SOLAR COVER that captures as much as solar energy as possible, depending on the cloudiness, to support the thermal regulation of the pool so it does not depend totally on the boiler. Likewise, there are lights and energy saving equipment that reduce electricity consumption. The plant covers also provide thermal insulation to the building.
STRUCTURAL DESIGN
Simplicity of defined axes. An important factor in the building design was to have a simple structure, so from the beginning a plot of axes was defined that would jointly contemplate the underground parking garage and the vertical mass of housing.
URBAN INTEGRATION
Expansion of public space. To integrate the building with its urban fabric, there is a setback of the faade on the ground floor, thereby maximizing the public area by generating an access plaza and a terrace. With this gesture it is possible to have a spatial scale at the pedestrian level. Through a longitudinal design of the cafeteria, the public space is carried to the back of the land where the garden can be used for recreation and contemplation.
ARCHITECTURAL DISTRIBUTION
Responding to the functional needs. The building fully responds to the architectural program and the needs of use. The 30 lofts are flats that look directly toward the Golf Club. All the apartments have the same configuration and dimensions, the only variation is the size of the terraces, which is by facade design. The total built area per apartment is between 207 m2 and 217 m2, including terraces. The loft interior space is created by means of a unique and open space between kitchen, hall, dining room, living room, master bedroom and terraces, where the entire space revolves around a central bookcase. In case privacy is required in the main room, a large sliding panel isolates it from the rest of the space. The underground parking garage was resolved in half levels with a vehicular circulation around the vertical core with a total of 118 parking spaces.
CHANGEABLE FACADE
Depending on the time of year. The volumetric design of the main facade responds to the model based on the analysis of the site, and the micro-perforated graphic art integrates it with the green landscape. This glass facade has the ability to be opened in its entirety by means of folding windows on a pivoting mechanism, above all by thinking of the summer air circulation, easy maintenance and the ability to clean from the inside. This system of windows gives the building the ability to have a CHANGEABLE FACADE according to the climate- a living skin that is transformed at the user's will to achieve greater comfort in summer and winter. THE SKIN OF THE BUILDING: Graphic art and design according to its orientation. The skin of the building responds to the orientation of the facade. On the South facade the percentage of openings is lower and the windows are protected by sliding micro-perforated aluminum panels to avoid overheating in SUMMER while simultaneously allowing the wind to flow through for natural cross ventilation.
On the North facade, the skin of the building is totally glazed to make the most of natural light and depending on the cloudiness, to capture some solar radiation and slightly heat the interior space in WINTER. This skin is composed of: a. Glass to allow maximum natural light b. Micro-perforated vinyl that allows you to see from the inside to the outside, while generating privacy on the terraces. The art and graphic design of the vinyl simulates a vegetation-like skin that is integrated into the golf course, which is complemented by the green background of the balconies, providing the building with an artistic and avant-garde image c. Elements of pivoting, reinforced aluminum.
BIOCLIMATIC AND SUSTAINABILITY
The building adapts to the climate. The CLIMATIC ANALYSIS of the site tells us that Lima is a city with a moderate climate, practically without rainfall but with a very high level of atmospheric humidity. The average annual temperature is 18.5 to 19 ¡ C. The summer lasts from December to April, with an average temperature between 29 and 21 ¡ C. In winter, from June to September, the temperature ranges between 19 and 12 ¡ C. The natural conditions of the site generate a thermal inversion that causes an almost permanent cloudiness that makes the passage of direct solar radiation difficult. Even so, we believe it is important to take advantage of solar energy as much as possible, which varies depending on the degree of cloudiness of each day. The dominant wind comes from the South throughout the year.
In WINTER the windows remain closed and by means of the glazing of the terraces, you can also take advantage of these spaces during the day when it is cold. At night, you can close the window between the terrace and the room, leaving this space as an air chamber, improving the thermal insulation. In SUMMER natural cross ventilation is the most important bioclimatic technique, mainly because it is achieved in ALL living spaces and bedrooms, as can be seen in the architectural plan. This is achieved with the following elements:
1. Continuous open space through the kitchen, dining room, living room and terrace with direct air inlet and outlet on opposite sides. By means of the central recess in the rear facade of the building, the air is compressed and creates a Venturi effect that drives the air inwards. The front facing windows do the rest by means of negative pressure.
2. Air inlet into the basement over the entire width of the ground in the back.
3. Induction of natural air into the ventilation ducts by means of forced or convective ventilation. These ducts finish in the upper part of the building in bioclimatic air chimneys orienting the exit towards the negative pressure.
4. The south-facing bedrooms have windows in front of a direct wind entrance and the exit is by means of the vertical ventilation duct.
5. North-facing bedrooms are ventilated by means of the vertical ventilation duct and the air outlet is generated by negative pressure on the windows of the north facade.
UTILIZATION OF RENEWABLE ENERGY
For energy savings. Throughout the building design, the use and collection of renewable natural energy is considered to ensure energy savings. The wind is used to cool the spaces in the summer and depending on the cloudiness, the sun to heat them in winter through a bioclimatic design. In addition, the building has a THERMAL SOLAR COVER that captures as much as solar energy as possible, depending on the cloudiness, to support the thermal regulation of the pool so it does not depend totally on the boiler. Likewise, there are lights and energy saving equipment that reduce electricity consumption. The plant covers also provide thermal insulation to the building.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Hotel Zone, Cancun, Quintana Roo, Mexico. sanzpont [arquitectura] Silver Medal in the Interior Design Category at the 2nd Mexican Architecture Biennial held in Cancún, Quintana Roo. - Silver Medal in the Interior Design Category at the 2nd Mexican Architecture Biennial held in Cancún, Quintana Roo.
Conceptual Design: Creating a Fluid Path This project is a small 70m2 / 753 sq. foot storefront gallery located in a high-end shopping center in the tourist area of the city. The client required a clean, distinctive and avant-garde design. The design concept is based on a golden river; a yellow liquid running through the ceiling that invites you to walk through the store, incorporating an element of identity and memorability for its visitors. All forms originate in the false ceiling, as if it were a river bank and its waves. The fluid design extends into the floor and the furniture. As for colors, the white was used throughout for a clean look and the yellow in the ceiling leads to a marketing image that forms the backdrop of the cash wrap. The design of the cash wrap is a soft, irregular shape floating in the waves of the river engraved on the pavement. Indirect lighting gently bathes the surface, subtly highlighting the shape of the curves.
False Ceiling Design: Creating a Fluid Path The concept of the ceiling is a fluid continuity that represents the movement of the river’s waves. This is materialized by ridges and soft valleys throughout the space, integrated into the wall furniture that continues its shape down to the floor.
Constructive Digital Model With the creation of a digital model, it was possible to obtain all the tracing points in XYZ. They then created a three-dimensional cartesian model within the space.
Flexible Panel Ceiling It was necessary to be able to mold the curved shape of the ceiling using a thinner and more flexible drywall than usual. The very demanding curvatures within the project were made possible by utilizing a 1/4” thick plasterboard with superior flexibility.
Facade Design: Non-existent for a Total Opening The design of the facade is nonexistent, which generates a total opening of the store towards the outside. Commercially speaking, it helps that there is no barrier to hinder access to the store, generating an "extension of the corridor" outside circulation, allowing potential customers to enter without realizing it.
Furniture Design: Modular and Parametric Design Even with a fluid and non-orthogonal design, the challenge was to create completely modular furniture that can be repeated along the perimeter of the store, connected together. Wall Furniture: The concept of all the perimeter furniture, unlike the traditional scheme (solid, self-supporting furniture), was that all the modules were designed hanging from a tubular structured frame. With this avant-garde, industrial design comes considerable savings in the furniture manufacturing since only the visible surfaces are wood. The module itself integrates LED lighting, creating considerable energy savings.
Hotel Zone, Cancun, Quintana Roo, Mexico. sanzpont [arquitectura] Silver Medal in the Interior Design Category at the 2nd Mexican Architecture Biennial held in Cancún, Quintana Roo. - Silver Medal in the Interior Design Category at the 2nd Mexican Architecture Biennial held in Cancún, Quintana Roo.
Conceptual Design: Creating a Fluid Path This project is a small 70m2 / 753 sq. foot storefront gallery located in a high-end shopping center in the tourist area of the city. The client required a clean, distinctive and avant-garde design. The design concept is based on a golden river; a yellow liquid running through the ceiling that invites you to walk through the store, incorporating an element of identity and memorability for its visitors. All forms originate in the false ceiling, as if it were a river bank and its waves. The fluid design extends into the floor and the furniture. As for colors, the white was used throughout for a clean look and the yellow in the ceiling leads to a marketing image that forms the backdrop of the cash wrap. The design of the cash wrap is a soft, irregular shape floating in the waves of the river engraved on the pavement. Indirect lighting gently bathes the surface, subtly highlighting the shape of the curves.
False Ceiling Design: Creating a Fluid Path The concept of the ceiling is a fluid continuity that represents the movement of the river’s waves. This is materialized by ridges and soft valleys throughout the space, integrated into the wall furniture that continues its shape down to the floor.
Constructive Digital Model With the creation of a digital model, it was possible to obtain all the tracing points in XYZ. They then created a three-dimensional cartesian model within the space.
Flexible Panel Ceiling It was necessary to be able to mold the curved shape of the ceiling using a thinner and more flexible drywall than usual. The very demanding curvatures within the project were made possible by utilizing a 1/4” thick plasterboard with superior flexibility.
Facade Design: Non-existent for a Total Opening The design of the facade is nonexistent, which generates a total opening of the store towards the outside. Commercially speaking, it helps that there is no barrier to hinder access to the store, generating an "extension of the corridor" outside circulation, allowing potential customers to enter without realizing it.
Furniture Design: Modular and Parametric Design Even with a fluid and non-orthogonal design, the challenge was to create completely modular furniture that can be repeated along the perimeter of the store, connected together. Wall Furniture: The concept of all the perimeter furniture, unlike the traditional scheme (solid, self-supporting furniture), was that all the modules were designed hanging from a tubular structured frame. With this avant-garde, industrial design comes considerable savings in the furniture manufacturing since only the visible surfaces are wood. The module itself integrates LED lighting, creating considerable energy savings.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Proposal: Bar + Roof Lounge Bar. Concept. 5th Avenue, Playa del Carmen, Mexico.
Proposal: Bar + Roof Lounge Bar. Concept. 5th Avenue, Playa del Carmen, Mexico.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Concept For Official Store. Watch My Watch. Cancun, Mexico.
Concept For Official Store. Watch My Watch. Cancun, Mexico.
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Proposal: Eco Hotel. Concept. 5th Avenue, Playa del Carmen, Mexico
Proposal: Eco Hotel. Concept. 5th Avenue, Playa del Carmen, Mexico
© 2021 by sanzpont [arquitectura] . Webpage by sanzpont [digital] . Innovative Digital Experiences
Our offices are located in Barcelona, Cancún and Chicago, but thanks to technology we can do projects on all over the world.
Barcelona
Bac de Roda 136
08020, Barcelona
Spain
Madrid
Av. de Buendía 11
19005 Guadalajara (Madrid)
Spain
Chicago
373 Hazel Ave, Apt A1
60022, Glencoe, Illinois
United States
