4 Springs Lane is a contemporary custom home designed by Robert M. Gurney Architect, sited on 24 acres of rolling topography, open fields and woodlands in Rappahannock County, Virginia. Extensive site investigation, including erecting scaffolding at various locations, resulted in the placement of the house high on one of the hills, overlooking a meadow at the base of woodlands.
From the architect: The house is organized as a series of volumes, arranged linearly and positioned to optimize distant views of the Blue Ridge Mountains.
The structure itself becomes a threshold and defines a more intimate, manicured outdoor environment between the house and the edge of the forest. The linear organization allows the majority of spaces to maintain mountain views while providing accessibility to a terrace with the swimming pool and the manicured area. The two-story living / dining space has floor-to-ceiling glass at each end, providing a lens through which to view the mountains from the terrace.
The rigorous, refined and geometric forms of the building are designed in sharp contrast to the undulating, natural landscape. The contrast is intended to magnify the beauty of the site while allowing the house to provide a framework to view the landscape. These views become the orienting device. Simple volumes comprised of glass, wood, stone and fiber cement panels are combined to render a more complex composition while garnering a serene unity.
Interior spaces are active and intricate, tranquil and minimal. With vistas in all directions, large expanses of glass allow the landscape views to provide the primary sensory experience.
A geothermal HVAC system, energy efficient appliances, wall and ceiling infrastructure with maximum insulation, a rain-screen cladding system, extensive daylighting and solar-sensored shades are employed with the expectation of reducing fossil fuel consumption. Large operable windows and doors are placed to provide natural ventilation.
This house is pragmatic and pristine. Proportion, texture and light organize and animate the project. The composition is simultaneously complex and distilled. Most importantly, the house provides a framework to experience an inherently beautiful landscape.
Photos: Maxwell MacKenzie
96 Golden Beach Drive is a residential project with a minimalist zen feel, completed in 2012 by SDH Studio, located in Golden Beach, Florida. The residence is nestled on a 13,000 square foot lot, designed around a 27 foot high space that would be the heart of this home.
From the architects: With the idea of bringing in the outdoor landscape, the house opens up towards the water and fills the triple height space with natural light and green.
With a Minimalist/Zen approach every space was carefully designed to accommodate a family with three children. The house reinforces one of the basic philosophies of sdh studio which emphasizes the value of environmentally sustainable design.
Photos: Robin Hill
The RainShine House is a contemporary LEED Platinum home for a couple of empty nesters designed by architect Robert M. Cain, located in Decatur, Georgia. The home was designed as a retirement residence with provision for visiting children and extended family members. One of the most nontoxic new, single-family houses in the United States, the house has achieved and exceeded the highest level of “green architecture” possible through the United States Green Building Council’s LEED [Leadership in Energy and Environmental Design] for Homes Pilot Program. It is the first modernist residence to achieve the much-coveted LEED Platinum level in the Southeastern United States.
The two-story home is comprised of 2800-square feet of living space with three-bedrooms, three-and-a-half bathrooms, nestled on a 1/3-acre infill lot. RainShine is contemporary in design and is named for key design features. The living room, dining, kitchen and guest bedrooms are sheltered by a unique butterfly roof structured with steel beams spanned by exposed 1- 1/2” tongue-and-groove wood decking. The roof floats above continuous clerestories allowing light to flood into the interior. Light shelves around the clerestory sills bounce and diffuse natural light throughout the interior.
The butterfly roof is designed to capture rainfall for a rain harvest system located in the basement (Rain) and is oriented to maximize southern exposure for a roof mounted photovoltaic system (Shine). The butterfly design, with it’s inverted gable, simplifies rainwater collection, eliminates extensive gutter and downspout systems and the associated maintenance headaches common in conventional gabled or hip roofed homes.
The home features large expanses of thermally broken glazing with solar shades and operable windows. Spaces are defined by “thick walls” containing storage, book shelves, niches, pass-throughs, closets, audio visual equipment, systems, etc. Except at certain utility areas, interior walls stop short of the ceilings and are topped by glazing, thus enhancing the floating roof effect.
Photos: Paul Hultberg Photography
LM Guest House was designed to celebrate the beauty of the surrounding landscape by Desai/Chia Architecture, located on a rolling farm property in upstate New York. The Duchess County property showcases sweeping views through an all-glass facade magnify the spacious, open feel of the living areas.
This 2,000 square foot guest house is situated on a rock outcropping that overlooks a trout pond and open farmland. Designed as a contemplative retreat for weekend visitors, the house allows one to experience the expansive surrounding landscape with vast unobstructed views. The house integrates a number of sustainable design strategies including geothermal heating and cooling, radiant floors, natural ventilation, motorized solar shades, photovoltaic panels, and rainwater collection for irrigation.
Landscape design strategies were closely tied to the design of the house. A tight palette of native vegetation highlights vistas and other natural features on the property while also managing storm water run-off. Local bluestone slabs and shale excavated from the site create outdoor seating areas and pathways; a bluestone slab terrace between the house and a nearby grove of pine trees provides an intimate outdoor room for entertaining and dining. Bluestone steps from the terrace lead to a barbeque area and an outdoor shower in the woods.
Open views to nature create a stunning backdrop for the main living and sleeping areas. A main bedroom and two ‘couchette’ nooks with built-in bunk beds provide accommodations for six overnight guests.
The open living and sleeping areas flow around a compact slatted wood core that disguises the mechanical, storage, and bathing spaces. Two sleeping couchettes with built-in bunk beds provide efficient accommodations for additional weekend guests. Natural white oak wood detailing provides warmth and texture throughout the home.
The couchette nooks, bathroom, and storage rooms are housed within a slatted wood core in the middle of the house. The custom wood wall system surrounding the core allows natural light to penetrate through to the inner spaces of the home by day; at night, light emanates from the wood core and provides a warm, inviting glow in the living areas. The slatted system also allows the whole house to ‘breathe’; comfortable natural ventilation occurs throughout the house, even in the sleeping couchettes and storage closets.
An innovative steel frame structure allows the roof to cantilever dramatically over the open living areas and bedroom.
The structural design for the house relies on 4 steel columns imbedded in the wood core; the roof cantilevers out from these 4 columns. This elegant structural solution uses the minimum amount of materials to achieve expansive, open living areas at both ends of the house. The facade of the house was designed as a thermally robust system of high-performance, triple-paned glass units that vary in width from 10’ to 20’. The entire assembly was prefabricated off-site, shipped to the site in one container, and erected by crane in 2 days.
The home employs several sustainable design strategies including geothermal heating and cooling, radiant floors, motorized solar shading, photovoltaic panels, and rainwater harvesting.
Photos: Paul Warchol
Trees on the Roof is modern single family residence designed to bring the outside indoors by Meditch Murphey Architects, located in Chevy Chase, Maryland. Situated on a tight urban site, the house is surrounded by a lush fully developed tree canopy at the roof level which we wanted to be able to inhabit. So nestling into this canopy and developing the roof scape underneath it drove the design.
The roof is home to planters large enough to support twenty foot trees and a garden with soil deep enough to grow broccoli, cauliflower and tomatoes. Several balconies and sitting areas snuggle under the canopies. And, of course, there’s a solar array.
Natural passive systems were employed including natural shading, day lighting, and natural ventilation. So in addition to geo-thermal, solar panels, a TRV, radiant heating, super-insulation and green materials throughout, we can expect a substantial fall harvest from the rooftop.
The architects wanted to save water by utilizing a 1,500-gallon cistern, drought-tolerant plants, a rain garden, and pervious paving. They also wanted flexibility. The house transitions from one to four bedrooms by converting multipurpose spaces. The first floor is 100% ADA adaptable and visitor accessible, promoting “aging in place.”
Carbon impact was reduced by using super-insulated walls and roofs, geothermal wells, 6KW solar array, LED lighting, and an electric car (solar-powered). The architects educated the public by offering pre- and post-construction tours. Vocational school students learned deconstruction methods when removing the dilapidated, existing house previously residing on the site.
The L-shaped plan simultaneously creates spaces that receive light from multiple sides while promoting cross-ventilation. High ceilings and expansive operable glazing seamlessly integrate indoor spaces with the outdoors, while an indoor garden enlivens the stair tower year-round. The stair core also functions as a passive air chimney. Computer-controlled exterior louvers defeat solar gain in summer and optimize passive solar heating in winter.
The living room was designed as a kind of greenhouse – one that could open up completely to the outside.
The kitchen opens out to a raised herb garden.
Clerestories allow light in but not the view.
This vine reaches all three floors.
Two of the baths are complete showers with decking floor boards through which the water drains away.
The form of the building and its landscape are sculpted to store, filter, and reuse rainwater. Rooftop planters and vegetable gardens provide thermal protection, storm-water management, an abundance of seasonal food, and a bird’s-eye retreat.
The house’s walkability credentials are supported by nearby shops and public transportation. Integrated bike racks encourage homeowners to skip the car and start pedaling.
Can you see the glass floor in the living room – it’s designed to bring light to the lower level.
A studio space on the ground level.
Located in an established neighborhood of mostly conventional houses, this project provokes a new way of thinking about how we design, build, and live. The house is an integrated part of the landscape, a testimony to building sustainably without sacrificing comfort and beauty.
Photos: Michael Moran
The Madison Park House is the latest custom-spec house to be designed and built by architecture firm First Lamp, located in Seattle, Washington. Situated on an existing steep slope lot in the Madison Park neighborhood of Seattle the house grows out of the hillside and allows the main living space to float out amongst the trees. This 3,200 square foot, five bedroom house will be an energy star certified residence and is targeted to be 4-star built green.
Daunting and stubborn while also inspiring, the site was our true client . A handful of landslides had occurred here in past years, so this tucked-away location had been ignored or avoided until recently. After a series of site visits with our “ground team” (engineers, excavator, and foundation subcontractors), we came to understand two things: 1) That development here would actually increase the stability of the site and 2) It would therefore be an asset to the surrounding landscape and community.
During the design process we often used a tree as a metaphor for our design goals:
1.Sensitively Integrate Structure with Landscape and topography
2.Stabilize the hillside with a deep root system
3.Reduce storm water impact to the site and its surroundings.
In many ways, the design response to these goals is very literal. 54 Pin piles, 5 helical anchors, and 110 yards of concrete support the structure and retain the hillside. These are consolidated to the smallest feasible footprint, allowing the topography to surround and envelop the trunk of the house. The main living space is cantilevered from this base much the same way the branches of a tree reach for the sun. The siding is almost 100% cedar, charred to more closely reflect the deep ambient color under a grove of mature trees. The house is topped with almost 2000 square feet of living roof which acts as a filter, a sponge, and an aesthetic amenity for the residents.
Photos: Courtesy of First Lamp
Mosman House is an extension project by Anderson Architecture, in collaboration with MacKenzie Design Studio, located in Mosman, a suburb on the Lower North Shore of Sydney, New South Wales, Australia. The project involved opening up the existing rear half of the house to better engage with the backyard. As the rear of the house faces north, the extension was designed to capitalize on passive solar techniques to reduce heating and cooling costs. These techniques include north facing windows which allow sunlight to pass into the house and onto the thermally massive green-concrete slab which stores heat, thereby reducing heating costs during winter.
The use of sustainable, recycled and locally sourced timber and hardwoods featured throughout the project for finishes, shingles and flooring, most notably on the staircase to the first floor. The extensive use of LED and low-watt light fittings, complimented with solar hydronic floor and water heating, which both minimize the amount of electricity needed to power the house.
The use of low VOC paint on the project’s steelwork during construction minimized the amount of harmful vapors released into the environment while the 2.1kW photovoltaic solar panels and 32 000L of rainwater storage help make the house more self-sufficient toward electricity and water consumption.
Photos: Courtesy of Anderson Architecture
Connect With Us!