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gatherings. The fireplace surround reflects fragmented images of the art and surrounding landscape while its crystalline appearance defies its humble origins: polished stainless steel military dog tags.

Expectations were also subverted in the structural system of the house to reduce the cost and increase the efficiency. Behind the stake siding and interior gypsum board are walls comprised of precast concrete panels typically used in foundation construction. These durable and low maintenance panels are double insulated for efficiency and are a perfect scale for hanging large art. By staggering the walls slightly, tall, narrow windows admit indirect light and allow glimpses of the landscape.

By subverting expectations, this house encourages multiple readings that change, depending on time and perception. It turns this house into something more: an exploration of perception.

Project Narrative Forthcoming

Project Narrative Forthcoming

Project Narrative Forthcoming

plane of sea grasses: a rippling effect visibly renders forces and movement typically perceived only through touch as breezes pass over the skin. How could a similar effect take place as a responsive element integral with the architecture? A material is fabricated of loose screening with fishing lures fastened into each opening. This screen partially clads three façades; the lures shimmer as blades of glass, acting as a sort-of barometer that registers changes in wind speed and direction as they occur in real-time. Thus, in addition to engaging the design with its landscape, these walls also act as an essential instrument for the avid windsurfer. As the lures jingle back and forth on their hinges they alternately admit and deny direct southern sunlight into the living room interior, generating flashes of light and patterned shadows across the floor that alert the occupants to optimal surfing conditions.

An attention to materiality that began with the wind-responsive wall continues throughout the house’s exterior development. By layering the wind wall, concrete composite panels, a fenestration system, and a handrail system beyond and behind a basic volume clad in flush wood siding, the sides of an otherwise uninspired box are revealed on edge, lending an elegant thinness to the overall composition.

Through the simple manipulation of materials, in both their detailing and general application, a compact, highly efficient plan is seamlessly reconciled with its undersized lot and tied to the greater environment.

plane of sea grasses: a rippling effect visibly renders forces and movement typically perceived only through touch as breezes pass over the skin. How could a similar effect take place as a responsive element integral with the architecture? A material is fabricated of loose screening with fishing lures fastened into each opening. This screen partially clads three façades; the lures shimmer as blades of glass, acting as a sort-of barometer that registers changes in wind speed and direction as they occur in real-time. Thus, in addition to engaging the design with its landscape, these walls also act as an essential instrument for the avid windsurfer. As the lures jingle back and forth on their hinges they alternately admit and deny direct southern sunlight into the living room interior, generating flashes of light and patterned shadows across the floor that alert the occupants to optimal surfing conditions.

An attention to materiality that began with the wind-responsive wall continues throughout the house’s exterior development. By layering the wind wall, concrete composite panels, a fenestration system, and a handrail system beyond and behind a basic volume clad in flush wood siding, the sides of an otherwise uninspired box are revealed on edge, lending an elegant thinness to the overall composition.

Through the simple manipulation of materials, in both their detailing and general application, a compact, highly efficient plan is seamlessly reconciled with its undersized lot and tied to the greater environment.

house’s interior environmental quality and diminishing its impact on the local environment. The benefit is threefold: each opening draws light though the interior spaces to the carport below, conducts rainwater from the roof deck to a rainwater management system, and ventilates by siphoning air through the middle of the structure.

At the roof the projecting piles serve to divide the space between a deck directly coinciding with the living areas below and a modular planting system installed directly above each bedroom. This planting system further minimizes the structure’s footprint and environmental impact. At the ground level directly underneath the main living spaces, there is room for storing the cars, boats, and yard equipment usually found under houses raised on pilings.

By allowing these voids to permeate through the house, the owners have multiple visual connections to the landscape from below, within and above the house, encouraging a sense of place.

Project Narrative Forthcoming

Project Narrative Forthcoming

Project Narrative Forthcoming

bordering the creek. A conservation easement on the property protects the two Geller structures, Yew garden and iris, while allowing for the addition of a new main house. The owners requested a design that would unify these disparate elements. To achieve this, a constructed path traverses the site to link visual and spatial relationships between the elements. The path takes the form of a raised, wooden surface that recalls the boardwalks of Geller’s architecture.

Building and wetland setbacks, existing landscape features, site access, and conservation easement restrictions overlap to create the parameters of the meandering path. The path originates from the relocated Geller House in the Yew garden and winds around the serpentine hedge to a new swimming pool. As the path continues it passes the Geller Studio, now reprogrammed as a pool house, and connects to shaded outdoor living spaces. A new central lawn is defined as the boardwalk turns to extend through the main house. A cantilevered deck wraps the end of the main house at the termination of the path, providing views of the wetland and creek. The surface of the path folds up and over to become the enclosure of the main house, simultaneously functioning as floor, wall, and roof. All surfaces of this enclosure are constructed with the same wood decking as the boardwalk. Their uniformity gives the effect of a single envelope containing a variety of parts and reflects the influence of design in Geller's work. In these ways the physical, material, and spatial qualities of the path facilitate an architectural dialogue between the Geller structures and new house that is interwoven with the existing landscape, collecting the once individual elements into a unified whole.

bordering the creek. A conservation easement on the property protects the two Geller structures, Yew garden and iris, while allowing for the addition of a new main house. The owners requested a design that would unify these disparate elements. To achieve this, a constructed path traverses the site to link visual and spatial relationships between the elements. The path takes the form of a raised, wooden surface that recalls the boardwalks of Geller’s architecture.

Building and wetland setbacks, existing landscape features, site access, and conservation easement restrictions overlap to create the parameters of the meandering path. The path originates from the relocated Geller House in the Yew garden and winds around the serpentine hedge to a new swimming pool. As the path continues it passes the Geller Studio, now reprogrammed as a pool house, and connects to shaded outdoor living spaces. A new central lawn is defined as the boardwalk turns to extend through the main house. A cantilevered deck wraps the end of the main house at the termination of the path, providing views of the wetland and creek. The surface of the path folds up and over to become the enclosure of the main house, simultaneously functioning as floor, wall, and roof. All surfaces of this enclosure are constructed with the same wood decking as the boardwalk. Their uniformity gives the effect of a single envelope containing a variety of parts and reflects the influence of design in Geller's work. In these ways the physical, material, and spatial qualities of the path facilitate an architectural dialogue between the Geller structures and new house that is interwoven with the existing landscape, collecting the once individual elements into a unified whole.

Project Narrative Forthcoming

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

hurricane prone with high force winds, were studied. Most are made from a light gauge metal folded to add strength and rigidity. For our case the panels were to be exposed and used for more than just a hidden structural component. A standard light gauge 4x8 steel sheet was folded back and forth along the long axis adding the same strength and rigidity to the panel. The resulting 2’ panel locks into adjacent panels and is a structural shear and bearing assembly, as well as a decorative furniture component.

The new structural panels multitask throughout the addition. The solid steel transitions to a perforated panel that baffles the sunlight over windows and doors. The light quality varies throughout the day as light levels transition through the overlapped perforations. Fins that protrude from the wall panels are laser cut to accept shelving, seating and countertops. The same perforated steel becomes the dining room chandelier, and the platform for the stair and desk. This one material is exhausted in its possible uses throughout the house, minimizing the necessity for additional components that require wasteful shipping and packaging. The secondary infill material is used through both structures, on the floors, walls and ceilings to unify the old and the new.

Using new technologies to fabricate customized panels from a standard product accomplishes several things: less material is necessary to achieve greater structural strength, multiple programs can be integrated into one material, waste is minimized resulting in a more effective approach to sustainability, and the dialogue between the existing and new structural systems elevates the experience of inhabiting the space.

To accommodate the extensive program spaces are nested within one another. Operable partitions pull out from the walls of the living room, carving out a media room within the living room when privacy is desired. Conversely, with the partitions open, the media room merges with the living room for large gatherings. The thickness of the wall separating the dining room and kitchen is also cut away, utilizing its depth to accommodate a wine rack that also functions as a light fixture.

The process of carving is applied at the material and detail level as well. The 5/8” corten steel plate that clads the base of the house is waterjet cut into a delicate pattern that defies its mass. Inside, corian is employed for the ease with which it can be milled. Corian countertops are cut to form towel bars, bunk bed frames are carved to create ladders, cabinet doors are recessed to form handles, and wainscoting is subtly etched with meaningful words chosen by the clients.

Materials were chosen not only for their workability, but also for their durability in the coastal environment. Corten steel siding is zero maintenance despite being relentlessly sandblasted by the wind. Cedar siding and screens are finished using a Victorian technique in which the iron sulfate in a blend of white vinegar and iron filings reacts with the tannins in wood, creating an ebony finish that penetrates through the material and will not require refinishing. The lack of harsh stains or finishes reduces the ecological footprint of the house. Geothermal heating and cooling as well as vegetated roofs further reduce the environmental impact.

Using the design approach of sculpting away rather than building up, the house is pared down until the experience of the extraordinary site is dominant.

To accommodate the extensive program spaces are nested within one another. Operable partitions pull out from the walls of the living room, carving out a media room within the living room when privacy is desired. Conversely, with the partitions open, the media room merges with the living room for large gatherings. The thickness of the wall separating the dining room and kitchen is also cut away, utilizing its depth to accommodate a wine rack that also functions as a light fixture.

The process of carving is applied at the material and detail level as well. The 5/8” corten steel plate that clads the base of the house is waterjet cut into a delicate pattern that defies its mass. Inside, corian is employed for the ease with which it can be milled. Corian countertops are cut to form towel bars, bunk bed frames are carved to create ladders, cabinet doors are recessed to form handles, and wainscoting is subtly etched with meaningful words chosen by the clients.

Materials were chosen not only for their workability, but also for their durability in the coastal environment. Corten steel siding is zero maintenance despite being relentlessly sandblasted by the wind. Cedar siding and screens are finished using a Victorian technique in which the iron sulfate in a blend of white vinegar and iron filings reacts with the tannins in wood, creating an ebony finish that penetrates through the material and will not require refinishing. The lack of harsh stains or finishes reduces the ecological footprint of the house. Geothermal heating and cooling as well as vegetated roofs further reduce the environmental impact.

Using the design approach of sculpting away rather than building up, the house is pared down until the experience of the extraordinary site is dominant.

To accommodate the extensive program spaces are nested within one another. Operable partitions pull out from the walls of the living room, carving out a media room within the living room when privacy is desired. Conversely, with the partitions open, the media room merges with the living room for large gatherings. The thickness of the wall separating the dining room and kitchen is also cut away, utilizing its depth to accommodate a wine rack that also functions as a light fixture.

The process of carving is applied at the material and detail level as well. The 5/8” corten steel plate that clads the base of the house is waterjet cut into a delicate pattern that defies its mass. Inside, corian is employed for the ease with which it can be milled. Corian countertops are cut to form towel bars, bunk bed frames are carved to create ladders, cabinet doors are recessed to form handles, and wainscoting is subtly etched with meaningful words chosen by the clients.

Materials were chosen not only for their workability, but also for their durability in the coastal environment. Corten steel siding is zero maintenance despite being relentlessly sandblasted by the wind. Cedar siding and screens are finished using a Victorian technique in which the iron sulfate in a blend of white vinegar and iron filings reacts with the tannins in wood, creating an ebony finish that penetrates through the material and will not require refinishing. The lack of harsh stains or finishes reduces the ecological footprint of the house. Geothermal heating and cooling as well as vegetated roofs further reduce the environmental impact.

Using the design approach of sculpting away rather than building up, the house is pared down until the experience of the extraordinary site is dominant.

To accommodate the extensive program spaces are nested within one another. Operable partitions pull out from the walls of the living room, carving out a media room within the living room when privacy is desired. Conversely, with the partitions open, the media room merges with the living room for large gatherings. The thickness of the wall separating the dining room and kitchen is also cut away, utilizing its depth to accommodate a wine rack that also functions as a light fixture.

The process of carving is applied at the material and detail level as well. The 5/8” corten steel plate that clads the base of the house is waterjet cut into a delicate pattern that defies its mass. Inside, corian is employed for the ease with which it can be milled. Corian countertops are cut to form towel bars, bunk bed frames are carved to create ladders, cabinet doors are recessed to form handles, and wainscoting is subtly etched with meaningful words chosen by the clients.

Materials were chosen not only for their workability, but also for their durability in the coastal environment. Corten steel siding is zero maintenance despite being relentlessly sandblasted by the wind. Cedar siding and screens are finished using a Victorian technique in which the iron sulfate in a blend of white vinegar and iron filings reacts with the tannins in wood, creating an ebony finish that penetrates through the material and will not require refinishing. The lack of harsh stains or finishes reduces the ecological footprint of the house. Geothermal heating and cooling as well as vegetated roofs further reduce the environmental impact.

Using the design approach of sculpting away rather than building up, the house is pared down until the experience of the extraordinary site is dominant.

To accommodate the extensive program spaces are nested within one another. Operable partitions pull out from the walls of the living room, carving out a media room within the living room when privacy is desired. Conversely, with the partitions open, the media room merges with the living room for large gatherings. The thickness of the wall separating the dining room and kitchen is also cut away, utilizing its depth to accommodate a wine rack that also functions as a light fixture.

The process of carving is applied at the material and detail level as well. The 5/8” corten steel plate that clads the base of the house is waterjet cut into a delicate pattern that defies its mass. Inside, corian is employed for the ease with which it can be milled. Corian countertops are cut to form towel bars, bunk bed frames are carved to create ladders, cabinet doors are recessed to form handles, and wainscoting is subtly etched with meaningful words chosen by the clients.

Materials were chosen not only for their workability, but also for their durability in the coastal environment. Corten steel siding is zero maintenance despite being relentlessly sandblasted by the wind. Cedar siding and screens are finished using a Victorian technique in which the iron sulfate in a blend of white vinegar and iron filings reacts with the tannins in wood, creating an ebony finish that penetrates through the material and will not require refinishing. The lack of harsh stains or finishes reduces the ecological footprint of the house. Geothermal heating and cooling as well as vegetated roofs further reduce the environmental impact.

Using the design approach of sculpting away rather than building up, the house is pared down until the experience of the extraordinary site is dominant.

Project Narrative Forthcoming

Project Narrative Forthcoming