Complete List of Projects
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Pan African Parliament
Ubuntu Center
Bodega Bauer Winery
Mayacamas Ranch
Camdeboo Wilderness
Lupine House
Jay Street House
Waverley House
Hughes House
Twin Peaks House
Alon House
Portola House
Waterfall House
Los Altos House
Reeds House
Tramiel House
Harmony _ 1 Houses
Manuela House
Lee House
Indian Bend House
Miller House
Harmony _ 1 Homes
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PAN AFRICAN PARLIAMENT
The design concept for the Pan African Parliament complex in South Africa draws inspiration on an understanding of Africa as a place which is at once ancient and contemporary. The expression of the two together, initiates the creation of an architecture which is memorable and iconic.
The Parliamentary Chamber is seen as an official space of Pan-African dialogue, and is central to the organization of the building. The Chamber space is created in the void formed between two inverted pyramid-shaped public viewing galleries on either side, which connect the public with the processes of parliament. The interior of the Chamber is lined with a rich pattern of horizontal wooden baffles that soften the hard concrete shell, and enhance the acoustic quality of the space. Crafted by local artisans, the intricate wooden interior resembles a tapestry which speaks to the cross cultural weave of the African continent.
The building's distinctive form is bold yet subtle. Patterns of light and color visible over the double glass skins shift and mutate across the sold mass of the concrete volumes behind. The dialogue between the massive and light references the ancient and expresses the contemporary.
The building volumes traverse the topography and create a break in the natural slope of the site, providing a nexus for public experience, and congregation. Water is cycled and stored in a central lake and wetlands around which the landscape is organized. Parking spills out onto a pedestrian promenade which crests the lake and gardens and engages the visitor in a sequential experience of man-made and natural landscape as the full compositional poise of the Parliament structure is revealed. Regenerated wetlands and lake spill into the existing wetland habitat, integrating the new structures into the existing ecology.
The building uses an integrated approach to energy optimization where multiple building elements are designed with synergy in mind. The building is sited to maximize use of solar, wind and site resources and is configured to act as a funnel for driving passive ventilation mechanisms in the façade. The chamber structure acts as a self shading device for circulation spaces below and is sited over the water feature to promote natural cooling and ventilation. The concrete mass of the chamber and galleries allows passive cooling of the spaces within. The high performance dual-skin façade is a passive mechanism that provides natural ventilation, energy savings, daylight and glare control, sound insulation, and thermal comfort
Johannesburg, South Africa
UBUNTU CENTER
The new Ubuntu Center in South Africa is conceived as a node of intensity in a pedestrian network which overlays the rigid vehicular grid left over from Apartheid planning. The building, which occupies a highly frequented public intersection, is designed as an on-the-way place of congregation, healing and opportunity.
Designed to sustain the physical wellness and uplift the spirit of the community, the center aims to propagate hope throughout the township. Its architectural language reflects the African philosophy of 'ubuntu', meaning humaneness and interdependence. Its formation is derived from preservation of the informal pathway system that flows through the complex.
Smooth concrete surfaces fold to double as roof and walls which envelope the spaces along the length of the site. The resulting openings on either side are glazed with translucent glass, and draped with a curtain of local gum pole members for security and shading. The concrete surfaces and gum pole curtains initiate a material dialogue between the formed and the crafted, which continues throughout the building and engages local craft with modern construction technologies.
The interior spaces are luminous, uninterrupted, and house outreach programs, community education, health resources, a computer center, and career guidance. A Wellness Center provides Tuberculosis and HIV counseling and a state of the art testing laboratory.
The Ubuntu Center also houses a multi purpose Hall with gathering space for singing, dancing, concerts, and exercise. A cafeteria and open kitchen offer soups created from a seasonal rooftop vegetable garden serving as a living roof, and are open daily for children. Harvested rain water from roofs is used for irrigation and grey water. Enclosing concrete walls provide thermal mass as a fly wheel effect together with the shaded glazing walls which provide desirable comfort levels independent of mechanical systems. The project will provide local jobs and train and use local craft and skills during construction and operation.
Port Elizabeth, South Africa
BODEGA BAUER WINERY AND VINEYARD ESTATE
Our ambition for Bodega Bauer was to create an architecture informed by the same particularities of the earth, the same provenance of terroir, which is embodied in the Malbec wine of Mendoza. The careful handling of variables and constants that imbue a wine with its singular character are embodied in the design. Siting and materiality are guided by the variables of sun and wind exposure, climate, the unexpected nuances of each season, the presence and absence of water and shade. The architecture of Bodega Bauer emanates from the ground, which provides the critical constant which nourishes the grapes and informs the design. Incorporating the same irrigation technology that made the region habitable since pre-Columbian times, the architecture of the winery and vineyard estate articulates an interplay of the man-made and the natural.
"The play of horizontal and sloping planes becomes a significant element in the architecture which imparts a sensual experience of the gentle slope of the flowing irrigation channels, and gravity fed wine making process."
"The design amplifies the experience of the wine in this particular place. The New World approach to the development of wine doesn't fit the mold of traditional European wine-making. The winery then must also speak to this new beginning. What emerges is an architecture that is at one with the bold, raw spirit of Mendoza."
As visitors approach this winery, they sense that the earth plays a dual role here, its terroir influencing both vineyard and building. Two bold linear forms - one descending, the other rising out of the ground - evoke the correspondence of architecture and wine. The descending structure is the wine-making facility and the culmination of the process, the finished wine, is elevated in the ascending structure.
The estate house floats above the vines seeming to defy that same force of gravity that serves the wine making process. The house is protected by a sleek and sculptural sunscreen made of re-purposed barrel staves and precisely fabricated aluminum, which drapes the estate in magnificent patterns of shadow and light that change throughout the day and the seasons.
Barrels are elemental to wine-making, and the architectural language shaped here adapts and repeats the simple, natural form of the barrel stave in two distinct ways. French oak staving found in the Mendoza timber yards inspired the design of the "stave skin" - the membrane structure that protects the estate house from the sun as well as its counter form, a horizontal pattern of imprinted barrel staves that characterizes the concrete walls of the winery. Together, the two materials provide a complementary continuity of language on the interior and exterior surfaces.
Fed by the snow melt, the central water channel connecting the house to the winery becomes the collector of water harvested from the buildings for irrigation. Recycled barrel staves shade the estate house from the desert sun and promote air movement between the roof and stave membrane. Cool air is drawn in from shaded underside of house through internal planters and exhausted through convection along a central linear sky light. The Winery is gravity fed, the fly ash concrete is earth-insulated, and provides the consistent cool temperatures and air quality critical to fermentation and barrel aging.
Mendoza, Argentina
GENEROcITY SPRINGS COPRORATE RETREAT AND WELLNESS CENTER
One of the most defining feature of the land at Mayacamas is the boundary between the naturally vegetated, or untouched landscape, and the area that has been adapted for use over time. The line, visible from the air, and palatable on foot, winds across a series of small ridges and defines a powerful threshold between the built, and the un-built. The dismantling of this threshold as a border which separates, and the re-creation of it as an integrated place of exchange, became the central idea driving the planning of Mayacamas Ranch.
An Architecture that is congruous with the landscape, relies on an understanding of the built form as something that is a part of a greater area surrounding it. In this context, we were able to blur of the place where landscape stops and building begins. The landscape affects the siting of the building, just as the building gives structure to the landscape of which it is an integral part. By allowing one to affect the other, we create the necessary conditions for a place of exchange, forming the context in which the Generocity programs are to be designed.
The architectural strategies described below express an intelligent and rewarding exchange between people, land, and technology. They form a comprehensive sustainability strategy, and include siting tactics, landscape and ground-scape design, and building massing. The Generocity programs are visualized at an advanced level and include conference and media facility, guest lodge, restaurant, housing, wellness center, recreation facility, and an intricate system of pathways and gardens, which collectively form the Generocity brand.
Calistoga, California
HARMONY _ 1
"Coastal Green Architecture" is a term used to describe the architectural language fA felt appropriate to this stretch of Northern Californian coast. Building form is derived primarily from a desire to minimize visual impact and create a congruous relationship between man-made structure and surrounding ecology. Site integration, building geometry, orientation, material palette and sustainable design are the main elements which together impart a sense of a community of houses which belong to this portion of coastal hills.
The houses are nestled into the sloping hillside, using their rear walls for earth retention, and carve out a suitable living space which bends to conform to the natural contours of the ground. The lower portions of the houses use earth berms and natural concrete, which support the upper level of the houses. The low-profile rooflines are broken into discrete planes which slope up at the center of the house, and fall towards the edges of the house. The design reinforces the character of the hill, generating an architecture which reads as 'indigenous' and echoes the surrounding outcroppings and ravines.
Pacifica, California
TRAMIEL HOUSE
What emerged on this hill in Palo Alto was a wood and zinc house configured like village of independent, yet connected parts. Re-used old-growth redwood from old wine vats were bordered with zinc channels on either side. The wood was allowed to weather naturally, the zinc accentuating the uniqueness of each board. The intricate nailing pattern transmits the feeling of a handmade building stitched together. Subtle changes of orientation create natural differences in the weathering and coloring of the exterior skin. The 'interior lining' of light maple wood suggests the new spaces of the inside carved out of the old exterior shell. Each bedroom has its own vaulted roof and ceiling, creating a sense that each space is independent, yet still connected to the whole.
Palo Alto, California
JAY STREET HOUSE
This reinterpreted California Ranch is delineated by a series of three roofs supported by concrete Y-shaped walls. Springing from the sub-ground level below, the walls separate the master bedroom from the communal core of the house which is washed by light from skylights that follow the folds of the roof planes. On the South side, the roofs form deep overhangs, extending the kitchen and dining spaces into their outdoor counterparts.
A low silhouette echoing the neighborhood context and scale, together with a sub-ground livable floor, create a dynamic interplay between horizontal and vertical spaces.
Four exposed concrete buttress walls connect both levels, and thrust the roofs outward. The livable spaces are extended into the covered pool-side patios, blurring the distinction between indoor outdoor uses. The concrete walls provide thermal mass which moderates the comfort level throughout the house which is free of mechanical systems.
Integrated skylights draw natural light deep in the space, creating gradations of mood that nuance the spaces. Voluminous ceilings, floor-to-ceiling glass sliding doors and an open layout lend themselves to flexible contemporary living. A clean-lined steel stairway leads to the lower level living space and outdoor terrace.
Thermal comfort is attained through the large extended roof overhangs creating shaded areas assisted by centrally located whole house fans. Solid concrete buttress walls act as thermal mass and mediate inside temperatures. Photovoltaics integrated into the roof panels supplement energy use as well as solar panels which heat the lap pool. Extensive vegetable gardens nourish the family as well as provide perennial color alongside the public side-walk.
Los Altos, California
WAVERLEY HOUSE
Seen as an icon of technological innovation and creative engineering, the Waverley house is emblematic of a fairly sophisticated network generation where the home functions as a multi dimensional live/work/media-driven environment of interconnectedness. Driven by these contemporary phenomena, the spaces are open and flexible, and extend the live/work space into the outdoors. An electrical control room acts as a motherboard, allowing the owner to reconfigure the systems of the house to adapt to periodic changes in program.
The two volumes which characterize the house are connected by a roof armature that mediates between the two seismically independent masses, and culminates with a curving skylight spanning the length of the house. The private and shared spaces on either side are washed with natural light as the sun tracks throughout the day. The nuanced interplay of structure and light carefully dismantles the boundaries between inside and outside. Moving through the interior spaces, framed vistas of the surrounding neighborhood appear as memorable vignettes imparting a sense of place and identifying a connection to this Silicon Valley community.
HUGHES HOUSE
Nestled amongst the oaks and redwoods on a steeply sloping site, the program called for preserving the core of the original house and extending the program around it. The intention of the design was to penetrate the existing house on either side, enabling the outdoor space of the trees to flow laterally the house and create extendable spaces of indoor outdoor living.
A series of four strands traverse the steep hillside overgrown with California Oaks. The house, which replaces the mid-century craftsman originally built on the site, maintains the crafted feel of the original while giving it a contemporary expression. The new structure book-ends the original core, bracing it on either side and allowing the removal of the congested interior partitions. The resulting space is flexible and continuous, and extends the play space into the canopy of the trees.
In order to preserve the main body of living areas on the upper floor amongst the tree tops, a glass staircase building was created as a transition from outdoor to indoor. This greenhouse-like structure also acts to store heat gathered in the morning. Filtered through the tree canopy, natural light enters at the tops of the walls by creating a series of strands whose roof pitches are staggered to allow the light to be reflected into the space off the sloping edges of the ceilings. All counter top materials are recycled glass. Bamboo flooring used throughout, and exterior materials are natural and maintenance free.
Portola Valley, California
TWIN PEAKS HOUSE
Overlooking Cole Valley, and the UCSF campus, the Twin Peaks House is conceived as a lens through which the city is viewed. A folded outer shell slopes the length of the site, connecting the two story street elevation with the five story rear elevation which opens to the view along its entire height. Enveloped within, the floors retract from the large windows, creating double volumes in which the floors seem to float over the city. Natural light filters through layers of translucent glass, allowing the spaces of the house to bleed into one another, marrying places of privacy and places of collective encounter.
The program asked to provide a dynamic environment for contemporary living, implicitly connected to its place in San Francisco.
Our design objectives were centered on encapsulating this sliver of urban space by connecting the life of the street with the image of the city beyond.
San Francisco, California
HILLSIDE VILLA
The house is built on a steeply sloping site, where a series of large stone buttresses create a framework for living on this hillside. A calming arrival sequence winds its way up along the back of the slope towards the entrance which opens onto the main core of the house through which unfolds the magnificent view of the valley and hills beyond. The long and narrow profile of the house optimizes the passive heating and cooling capacity of the buttress walls which gain solar heat during the day, warming the house at night, and staying cool during the hot summer days.
The walls define a series of connected, yet unique and nuanced space. Each with its window seat and view. There is a subtle and unavoidable sense of romance throughout the entire house and gardens.
Los Altos Hills, California
PORTOLA VALLEY ADDITION
The Portola Valley Addition was designed as a part of the Lupine House series. The addition, which connects to an existing 50 year old house, extends the living spaces down a steep, wooded slope. An outdoor room cuts through the addition, blurring the boundary between indoor and outdoor living. Creating a new destination at the bottom of the cascading stairway is a zen sanctuary, with tatami room, wet room, and adjacent soaking tub.
The house, as with all the Lupine designs, employs a comprehensive sustainability strategy. Framed using Structurally Insulated Panels, the house uses passive solar heating and natural ventilation. All wood is FSC certified, and quality of indoor air is ensured. Photovoltaic array is set up on a net metering basis. All landscaping uses native/ adapted species, which follow the natural flow of the house down the hill.
WATERFALL HOUSE
A part of the GeneroCity Springs development on Mayacamas Ranch in Calistoga, the Waterfall House is conceived more so as a landscape feature, rather than a building. The house sits on a series of porous retaining walls which guide and direct the flow of water from its high elevation down towards Hidden Lake below. The house is comprised of three independent volumes that are organized around a pond which pours down to the level below.
The house is a single family residence that converts to a triple family use when needed. The retaining walls supporting the house, structure the indigenous plants and rehabilitating and protecting the natural ecology and wildlife communities. The house is a portal through which to experience the rich wilderness of the Mayacamas range.
LUPINE HOUSE
The synthesis of over a dozen Bay Area houses designed by fA, the Lupine House is designed to take advantage of the Bay Area climate, using passive solar and ventilation systems. The house is seen as an integral part of the garden, which traverses the house, effectively pulling the feeling of outdoors through the house.
A comprehensive sustainability strategy is employed, the house LEED certifiable under LEED for Homes V3.0, including solar harvesting, energy efficient lighting and fixtures, water management, indoor air quality, and recycled and renewable materials.
The design is modular and adaptable for sites across the Bay Area.
MANUELA HOUSE
The Manuela house is conceived as a cluster of interdependently roofed rooms, forming a flexible open space at their intersection. Supported on free standing columns, the walls are relieved of the need to support the roofs. Seaming to float over high windows, the roofs instill a Zen like feeling, their large gently curving overhangs allowing natural reflected light to filter deep into the interior spaces. The separate roofs were designed to be constructed on a temporary pad on the ground, which facilitated ease and accuracy of assembly. The roofs were then lifted into position, all in a single morning.
LEE HOUSE
Situated along the scenic Californian coast between Santa Cruz and Half Moon Bay, the landscape is dotted with old barns, which have deteriorated and been rebuilt over time. Transforming the simple roof forms of the barns, which we designed the roofs of the house into butterflies floating over the landscape.
To design a house on the Northern California coast on pristine land overlooking the Pacific Ocean is to design around the homes of the red-legged frog, Monarch butterfly, and the San Francisco garter snake. An in-depth study of the habitat and migratory patterns of these species, carved out a triangle of land which defined the building's placement on site. The integration of a house into this delicate ecosystem necesitated that human habitation of the site could coexist with healthy and thriving native wildlife and plant species.
Ano Nuevo, California
INDIAN BEND HOUSE
Bridging a natural wash which traverses the site along its length, the Indian Bend House in Phoenix is essentially a habitable truss. Uninterrupted spans form an open plan which is directed towards the magnificent view of Camel Back Mountain along the entire length of the house which extends onto a full-length outdoor veranda. The parking structure on one side, and music room on the other, double as the footings of the bridge structure above, integrating pool and gardens along the length of the site which protect the natural pathway of the wash and the constant parade of wildlife it supports.
Typical desert climate with hot days and cold nights made perfect sense to use thermal mass for passive heating using the lower concrete buttresses as heat storage. Large overhangs provide shade and cross breezes are encouraged to flow through the structure. Low rainfall water is harvested off all possible surfaces.
Phoenix, Arizona
WOODVIEW RESIDENCE
A part of the Lupine House series, the Woodview house is a remodel to an existing Los Altos house. Built on a stepping site, the claustraphobic interior partitions of the old house where removed, creating a great room, which allows a flexible living/ kitchen / dining space that extends into a backyard deck for outdoor living and dining. The cool integral stucco exterior is interspersed with sustaiably harvested wood which is pulled through the house, connecting the inside and outside spaces.
MILLER HOUSE
The confluence of a unique outcrop of huge boulders that formed the site, with a client who loved the African bush, created the dynamic context for this project, built in 1972.
The design began with the carving of a model for each boulder in African Imbuya wood to gain a formal understanding of the identity of each of these massive rocks. It was clear at the onset that the architecture would become a dialogue between natural and man made formation. No boulder would be moved and no built structure would touch them, as both shared and vied for the common support of the ground.
The intent of the architectural formation would be expressed through a distinctly man made geometry in juxtaposition to nature's organic shapes, where the deep spaces between the two become the counter form giving shape to the shadows.
REEDS AT BALGOWAN
Situated in South Africas Natal Midlands, ten homes form a community which integrates ecology with habitat, and serve the two-fold function of permanent and intermittent occupancy.
The houses are designed as amplified nuances of the rolling topography surrounding a central lake. A series of walls assume the discrete systematic functions of temperature moderation, mechanical conduit, circulation, and enclosure. This layered organizational model provides consistent relationships between the various walls, while allowing flexibility of orientation and level changes. Together, the homes read as a congruous community of landscape homes, with each house uniquely configured in response to the specific needs of its inhabitants and the particularities of its local siting.
The architecture draws its nuance from the subtle changes in the topography. The structure seeks out a site in which to become embedded and interconnected; there, a gabion spine wall anchors the house into a fold or crevice in the ground. Inside, the kitchen acts as the central core of the house, washed with sunlight that is absorbed by the rock bed below the floor and radiated back into the house at night. Conceived of like a clam, the spine wall acts as the fixed shell, with sliding wooden shutters traveling along the secondary walls in order to calibrate the desired levels of exposure. Configured to optimize solar orientation, the walls create an indoor-outdoor living court which bends around a central pond. This mini-damn collects water harvested off the sloping roofs, and stores it for irrigation and convection cooling. The pond intermittently empties into the wetland, threading the house into the existing wetland ecology.
The Reeds landscape houses are based on fundamental principles of sustainable development, renewable energy sources, water management, and utilization of local labor and materials. The architecture aims to impart a sense of congruency between man-made structure and the natural environment in terms of both form and lifestyle.
Natal, South Africa
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LIST OF PROJECTS
2009 GENEROcITY SPRINGS Calistoga, CA Sustainable, Master Planning, Retreat
2009 CEBALO HOUSE Atherton, CA Sustainable, Remodel, Addition
2008 DIAMOND PENTHOUSE San Francisco, CA Urban
2008 BODNER RESIDENCE Los Altos, CA Sustainable, Private Residence
2007 BODEGA BAUER VINEYARD
ESTATE & WINERY Mendoza, Argentina Sustainable, Industrial, Estate Architecture
2007 TWIN PEAKS RESIDENCE San Francisco, CA Urban
2007 AALFS RESIDENCE Portola Valley, CA Landscape Houses, Addition
2007 PAN AFRICAN PARLIAMENT Jhb, South Africa Competition: Sustainable, Civic
2006 HARMONY _ 1 Pacifica, CA Sustainable, Multi-residence Development
2006 UBUNTU CENTER P.E., South Africa Community Center, Health Service
2006 INDIANBEND HOUSE Phoenix, Arizona Desert, Landscape Houses
2006 WAVERLEY ST. HOUSE Palo Alto, CA Private Residence
2006 ANGELA DR. RESIDENCE Los Altos, CA Private Residence
2006 SETZEN RESIDENCE Menlo Park, CA Remodel
2006 LACASIA RESIDENCE El Granada, CA Sustainable, Seascape Houses
2006 SAFED SYNAGOGUE Safed, Israel Religious Architecture, Institutional
2005 THE REEDS AT BALGOWAN Natal, South Africa Sustainable, Multi-residence Development
2005 DAYTON RESIDENCEEl Granada, CA Seascape Houses
2005 BRUCE ST. RESIDENCE Palo Alto, CA Landscape Houses
2005 WAYSIDE RESIDENCE Portola Valley, CA Landscape Houses
2005 JAY ST RESIDENCE Los Altos, CA Private Residence
2005 CUbE Palo Alto, CA Manufactured Home-addition
2004 ALON RESIDENCE Los Altos Hills, CA Landscape Houses
2004 SKYLINE BLVD.RESIDENCE Skyline Blvd, CA Landscape Houses
2004 SPIEGEL RESIDENCE Los Altos, CA Remodel
2004 MANUELA AVE. RESIDENCE Los Altos Hills, CA Landscape Houses
2003 LEE RESIDENCE Ano Nuevo, CA Seascape Houses
2002 SPHDS CAMPULS Sunnyvale, CA Educational
2002 RICK FIELD RESIDENCE Denver, CO Landscape Houses
2002 SPIRIT HOUSE Denver, CO Landscape Houses
2001 KAPLAN RESIDENCE Sea Ranch, CA Seascape Houses
2001 KLEIN RESIDENCE Los Altos Hills, CA Landscape Houses
2001 METZLER RESIDENCE Saratoga, CA Landscape Houses, Remodel
2001 KORMAN RESIDENCE Los Altos Hills, CA Private Reidence
2000 PULCRANO RESIDENCE San Jose, CA Landscape Houses, Remodel
1997 GOLDMAN HOUSE Palo Alto, CA Privat Residence
1999 BLUE OAKS RESIDENCE Portola Valley, CA Landscape Houses
1999 MOBLEY RESIDENCE Stanford, CA Landscape Houses, Remodel
1998 LOS GATOS TOWNHOUSES Los Gatos, CA Multi-residence Development
1997JORGENSEN RESIDENCE Portola Valley, CA Landscape Houses
1997 TENNYSON AVE. RESIDENCE Palo Alto, CA Landscape Houses
1996 CHABAD CENTER Palo Alto, CA Religious Architecture, Institutional
1996 WOLFGANG PUCK Palo Alto, CA Commercial, Restaurant, Offices
1996 HAMMER RESIDENCE Palo Alto, CA Landscape Houses, Remodel
1996 PACIFIC FERTILITY CLINIC Los Angeles, CA Private Medical Clinic
1996 SHER RESIDENCE Beverley Hills, CA Private Residence
1996 HOFFING RESIDENCE Los Gatos, CA Landscape Houses
1995 TRAMIEL RESIDENCE Los Altos Hills, CA Private Residence
1995 VILLA RETI Sonoma, CA Estate Houses
1995 BLUE OAKS MASTER PLAN Portola Valley, CA Planning, Design Guidelines
1995 STERN RESIDENCE Burlingame, CA Remodel
1994 HOLOCAUST MEMORIAL Los Gatos, CA Public, Memorial Structure
1994 CASTRO STREET Mountain View, CA Commercial, Office Building, Remodel
1993 NEALE MAY RESIDENCE Lakeside, CA Landscape Houses
1992 EMBARCADERO WATERFRONT San Francisco, CA Competition: Urban Design
1992 ROTHSTEIN RESIDENCE Marin, CA Landscape Houses, Remodel
1992 LEVEEN RESIDENCE Marin, CA Landscape Houses, Remodel
1992 STRONG RESIDENCE Fremont, CA Landscape Houses, Remodel
1992 ZULMAN RESIDENCE Palo Alto, CA Remodel
1991 AGUDAS CHAIM Columbus, OH Religious architecture, Institutional
1989 RAMOT SYNAGOGE Jerusalem, Israel Religious architecture, Institutional
1988 MAMILLA Jerusalem, Israel Religious Architecture, Multi-Family Houses
Commercial, Office
1988 MAALE ADUMIMN Jerusalem, Israel Master Plan, Multi-Residence Development
1988 ABU TOR APARTMENTS Jerusalem, Israel Multi-family Units
1986 EVA RESIDENCE Jerusalem, Israel Jerusalem Stone Houses
1985 BAYIT BISRAEL Jerusalem, Israel Master Planning
1985 MAALE AMOS Judean Hills, Israel Master Planning, Multi-Residence Development
1985 GIVAT HARADAR Jerusalem, Israel Multi-residence development
1984 NISDELSKY RESIDENCE Jerusalem, Israel Landscape Houses
1984 MOUNT ZION DIASP Jerusalem, Israel Historic, Religious Architecture, Civic
1985 CHADASHA RESIDENCE Jerusalem, Israel Jerusalem Stone Houses
1983 BET ELN Jerusalem, Israel Multi-residence Development
1983 FRENCH HILL SYNAGOGUE Jerusalem, Israel Religious Architecture, Institutional
1981 THE SEAM Jerusalem, Israel Urban Design
1981SPORTS CENTER Tel Aviv, Israel Public, Recreational
1979 HAAS PROMENADE Jerusalem, Israel Landscape Design
1977 CAPE FLAT Capetown, South Africa Low Income Housing
1977 RIVERSIDE HOUSE Sandton, South Africa Landscape Houses
1977 DOCRAT RESIDENCE Jhb, South Africa Landscape Houses
1976 CASSIM RESIDENCE Jhb, South Africa Landscape Houses
1975 U-NIT RESIDENCE Bedfordvw, South Africa Prefabricated Building System
