Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

In the 1930s Olmsted laid out a winter vacation development, Mountain Lake, south of Orlando, Florida in the midst of orange groves. Within this compound the house is sited at the top of a south-facing slope with views over a pond and to the surrounding hills. The design is characterized by a basilica section with thick stucco walls and wood framed, metal clad roofs with deep overhangs. The house's long, low and narrow form provides air, light and views on at least two sides of most rooms. A two-story volume above a porch marks the entry and houses a study/guest room with the most extraordinary views. Porches to the south and roof overhangs shade the all the glass. Windows and doors, all with multiple lites, are painted aluminum. Wood framing is exposed where it supports the eaves. Entry at the juncture of the gallery and the hall gives access to the left directly to the kitchen, dining and living room as well as to guest rooms beyond. Straight ahead is the hall which passes the palm court on the right and leads to both the great porch to the south and the main bedroom. The stair at this same critical juncture leads up to a study. There is also an exercise room off the study above the garage.

Hampton House – NY NY-based BAHND design studio selected reSAWN’s HAI shou sugi ban charred cypress for exterior siding for this private residence in The Hamptons. PRODUCT HAI :: shou sugi ban cypress wall cladding DETAILS Exterior Siding: HAI – #2 common grade shou-sugi-ban charred cypress, burnt and sealed on all 4 sides +/-7/8” thick X 5-1/8” wide X 6-16’ random length Tongue & Groove ABOUT THE PROJECT This private residence off a beautiful, secluded road in The Hamptons features a modern façade clad in reSAWN’s HAI shou sugi ban charred wood specified by BAHND design studio. BAHND DESIGN STUDIO is an architecture and design practice founded by Amanda Beethe to develop thoughtful, modern, sustainable architecture and design. They work with absolute dedication to the context of each project, ensuring that every space speaks to its owner in their own language. Their concepts draw inspiration from the place of each project: the history, nature and culture, and incorporate that into its future form.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

Madrona Passive House, a new Seattle home designed by SHED Architecture & Design and built by Hammer & Hand, combines contemporary design with high performance building to create an environmentally responsive and resource-efficient house. The home’s airtight, super-insulated building envelope and passive design minimize energy consumption while providing superior thermal comfort to occupants. A heat recovery ventilator supplies constant fresh air to the home’s interior while recovering 90% of thermal energy from exhaust air for reuse inside. A rooftop solar photovoltaic array will provide enough energy to offset most, perhaps all, of the home’s energy consumption on a net annual basis. To manage stormwater the project employs permeable pavers for site hardscape and two cisterns to capture and control rainwater from the home’s roof and the green roof on the garage. By investing in sustainable site development strategies, efficient building systems and an advanced envelope, the project aims to respect the home’s environmentally critical site and achieve one of the world’s most demanding building energy standards: Passive House. Photos by Mark Woods Photography.

The tightly constrained footprint of the affectionately named “Box on the Rock” is a response to a limited budget and difficult site. Shallow underground hillside waterways run across the site often daylighting in unexpected and unwanted locations. These necessitated relatively expensive pier footings thus motivating an extremely efficient 2,000 sq ft footprint. With no initial resources to develop the wild scrub and rock landscape of the 3-acre property, the home becomes a lone outpost settling the higher ground of the larger natural site --a literal box on a rock. Given these limitations, the architecture of this outpost needs to provide for all indoor and outdoor functions within its area. With the extremes of the wine country microclimate on the exposed site, this becomes an even more critical requirement for year-round comfort. The central courtyard and the cantilevered deck are strategically carved out of the diagrammatic box to ensure that over the course of the day, temperate options for both sun and shade are always available. In particular, the geometry of the overhang at the front cantilevered deck and the inward angle of its exterior glass walls are carefully calibrated to capture morning sun and winter warming while shielding the internal space from the harshest summer glare. Later in the day the central courtyard comes alive as the sunniest developed outdoor space, yet one that is naturally cooled by capturing the valley cross breezes. With an economy of means, this simple form morphs to amplify the experience of the dramatic site and create an expansive feeling home that belies its small footprint. Each adjustment to the diagrammatic box negotiates the functional and environmental needs to foster self-contained and site-specific living with a minimal environmental impact. Photo by Bruce Damonte

The tightly constrained footprint of the affectionately named “Box on the Rock” is a response to a limited budget and difficult site. Shallow underground hillside waterways run across the site often daylighting in unexpected and unwanted locations. These necessitated relatively expensive pier footings thus motivating an extremely efficient 2,000 sq ft footprint. With no initial resources to develop the wild scrub and rock landscape of the 3-acre property, the home becomes a lone outpost settling the higher ground of the larger natural site --a literal box on a rock. Given these limitations, the architecture of this outpost needs to provide for all indoor and outdoor functions within its area. With the extremes of the wine country microclimate on the exposed site, this becomes an even more critical requirement for year-round comfort. The central courtyard and the cantilevered deck are strategically carved out of the diagrammatic box to ensure that over the course of the day, temperate options for both sun and shade are always available. In particular, the geometry of the overhang at the front cantilevered deck and the inward angle of its exterior glass walls are carefully calibrated to capture morning sun and winter warming while shielding the internal space from the harshest summer glare. Later in the day the central courtyard comes alive as the sunniest developed outdoor space, yet one that is naturally cooled by capturing the valley cross breezes. With an economy of means, this simple form morphs to amplify the experience of the dramatic site and create an expansive feeling home that belies its small footprint. Each adjustment to the diagrammatic box negotiates the functional and environmental needs to foster self-contained and site-specific living with a minimal environmental impact. Photo by Bruce Damonte

While most people in town considered this building a "tear-down", the new homeowners wanted to revive the property with an ambitions renovation and addition project. Two major challenges needed to be overcome on this project: the first was preserving the integrity of the original 200 year old barn; the second was designing a complementary structure that would co-exist on the site without looking like a 21st century addition. In order to achieve these goals, our team studied how farm buildings evolve on a site over time. Additions are usually constructed based on need and function. With this protocol in mind, a grain silo was designed to act as our entry tower and buffer the intersection of the two buildings. The silo acts as our focal point and allowed us to construct very simple buildings to house the balance of the owner’s program. The team paid very close attention to scale, use of materials (many of which were recycled) and developed a vocabulary of modern interior detailing that would complement the original house. Specific program requirements for the project included: large entertainment spaces, gourmet kitchen with adjacent family room, a squash court, multiple bedrooms and bathrooms, master suite, and plenty of storage space. In addition, since both adults work from home and receive clients in their offices, two offices needed to be created and it was critical to separate the work areas for the more private family spaces. The new silo, with central stair, became the element that allowed these different program needs to coexist effectively.

Inspiration for a contemporary galley medium tone wood floor and brown floor kitchen remodel in Austin with an undermount sink, flat-panel cabinets, white cabinets, marble countertops, brown backsplash, paneled appliances and multicolored countertops

While most people in town considered this building a "tear-down", the new homeowners wanted to revive the property with an ambitions renovation and addition project. Two major challenges needed to be overcome on this project: the first was preserving the integrity of the original 200 year old barn; the second was designing a complementary structure that would co-exist on the site without looking like a 21st century addition. In order to achieve these goals, our team studied how farm buildings evolve on a site over time. Additions are usually constructed based on need and function. With this protocol in mind, a grain silo was designed to act as our entry tower and buffer the intersection of the two buildings. The silo acts as our focal point and allowed us to construct very simple buildings to house the balance of the owner’s program. The team paid very close attention to scale, use of materials (many of which were recycled) and developed a vocabulary of modern interior detailing that would complement the original house. Specific program requirements for the project included: large entertainment spaces, gourmet kitchen with adjacent family room, a squash court, multiple bedrooms and bathrooms, master suite, and plenty of storage space. In addition, since both adults work from home and receive clients in their offices, two offices needed to be created and it was critical to separate the work areas for the more private family spaces. The new silo, with central stair, became the element that allowed these different program needs to coexist effectively.

While most people in town considered this building a "tear-down", the new homeowners wanted to revive the property with an ambitions renovation and addition project. Two major challenges needed to be overcome on this project: the first was preserving the integrity of the original 200 year old barn; the second was designing a complementary structure that would co-exist on the site without looking like a 21st century addition. In order to achieve these goals, our team studied how farm buildings evolve on a site over time. Additions are usually constructed based on need and function. With this protocol in mind, a grain silo was designed to act as our entry tower and buffer the intersection of the two buildings. The silo acts as our focal point and allowed us to construct very simple buildings to house the balance of the owner’s program. The team paid very close attention to scale, use of materials (many of which were recycled) and developed a vocabulary of modern interior detailing that would complement the original house. Specific program requirements for the project included: large entertainment spaces, gourmet kitchen with adjacent family room, a squash court, multiple bedrooms and bathrooms, master suite, and plenty of storage space. In addition, since both adults work from home and receive clients in their offices, two offices needed to be created and it was critical to separate the work areas for the more private family spaces. The new silo, with central stair, became the element that allowed these different program needs to coexist effectively.

While most people in town considered this building a "tear-down", the new homeowners wanted to revive the property with an ambitions renovation and addition project. Two major challenges needed to be overcome on this project: the first was preserving the integrity of the original 200 year old barn; the second was designing a complementary structure that would co-exist on the site without looking like a 21st century addition. In order to achieve these goals, our team studied how farm buildings evolve on a site over time. Additions are usually constructed based on need and function. With this protocol in mind, a grain silo was designed to act as our entry tower and buffer the intersection of the two buildings. The silo acts as our focal point and allowed us to construct very simple buildings to house the balance of the owner’s program. The team paid very close attention to scale, use of materials (many of which were recycled) and developed a vocabulary of modern interior detailing that would complement the original house. Specific program requirements for the project included: large entertainment spaces, gourmet kitchen with adjacent family room, a squash court, multiple bedrooms and bathrooms, master suite, and plenty of storage space. In addition, since both adults work from home and receive clients in their offices, two offices needed to be created and it was critical to separate the work areas for the more private family spaces. The new silo, with central stair, became the element that allowed these different program needs to coexist effectively.

While most people in town considered this building a "tear-down", the new homeowners wanted to revive the property with an ambitions renovation and addition project. Two major challenges needed to be overcome on this project: the first was preserving the integrity of the original 200 year old barn; the second was designing a complementary structure that would co-exist on the site without looking like a 21st century addition. In order to achieve these goals, our team studied how farm buildings evolve on a site over time. Additions are usually constructed based on need and function. With this protocol in mind, a grain silo was designed to act as our entry tower and buffer the intersection of the two buildings. The silo acts as our focal point and allowed us to construct very simple buildings to house the balance of the owner’s program. The team paid very close attention to scale, use of materials (many of which were recycled) and developed a vocabulary of modern interior detailing that would complement the original house. Specific program requirements for the project included: large entertainment spaces, gourmet kitchen with adjacent family room, a squash court, multiple bedrooms and bathrooms, master suite, and plenty of storage space. In addition, since both adults work from home and receive clients in their offices, two offices needed to be created and it was critical to separate the work areas for the more private family spaces. The new silo, with central stair, became the element that allowed these different program needs to coexist effectively.