Search results for "Reduce typically" in Home Design Ideas

The kitchen blends old and new, combining elements of more traditional styles, such as the island, with contemporary industrial materials and modern lines. Large French doors and floor-to-ceiling windows provide connection to the backyard.

Open floors typically feature large windows and a great deal of natural lighting. To bring privacy, energy efficiency, reduced glare and UV protection to a space, the right window treatments are essential.

Open floors typically feature large windows and a great deal of natural lighting. To bring privacy, energy efficiency, reduced glare and UV protection to a space, the right window treatments are essential.
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Open floors typically feature large windows and a great deal of natural lighting. To bring privacy, energy efficiency, reduced glare and UV protection to a space, the right window treatments are essential.

Open floors typically feature large windows and a great deal of natural lighting. To bring privacy, energy efficiency, reduced glare and UV protection to a space, the right window treatments are essential.

Open floors typically feature large windows and a great deal of natural lighting. To bring privacy, energy efficiency, reduced glare and UV protection to a space, the right window treatments are essential.

The Mazama house is located in the Methow Valley of Washington State, a secluded mountain valley on the eastern edge of the North Cascades, about 200 miles northeast of Seattle.
The house has been carefully placed in a copse of trees at the easterly end of a large meadow. Two major building volumes indicate the house organization. A grounded 2-story bedroom wing anchors a raised living pavilion that is lifted off the ground by a series of exposed steel columns. Seen from the access road, the large meadow in front of the house continues right under the main living space, making the living pavilion into a kind of bridge structure spanning over the meadow grass, with the house touching the ground lightly on six steel columns. The raised floor level provides enhanced views as well as keeping the main living level well above the 3-4 feet of winter snow accumulation that is typical for the upper Methow Valley.
To further emphasize the idea of lightness, the exposed wood structure of the living pavilion roof changes pitch along its length, so the roof warps upward at each end. The interior exposed wood beams appear like an unfolding fan as the roof pitch changes. The main interior bearing columns are steel with a tapered “V”-shape, recalling the lightness of a dancer.
The house reflects the continuing FINNE investigation into the idea of crafted modernism, with cast bronze inserts at the front door, variegated laser-cut steel railing panels, a curvilinear cast-glass kitchen counter, waterjet-cut aluminum light fixtures, and many custom furniture pieces. The house interior has been designed to be completely integral with the exterior. The living pavilion contains more than twelve pieces of custom furniture and lighting, creating a totality of the designed environment that recalls the idea of Gesamtkunstverk, as seen in the work of Josef Hoffman and the Viennese Secessionist movement in the early 20th century.
The house has been designed from the start as a sustainable structure, with 40% higher insulation values than required by code, radiant concrete slab heating, efficient natural ventilation, large amounts of natural lighting, water-conserving plumbing fixtures, and locally sourced materials. Windows have high-performance LowE insulated glazing and are equipped with concealed shades. A radiant hydronic heat system with exposed concrete floors allows lower operating temperatures and higher occupant comfort levels. The concrete slabs conserve heat and provide great warmth and comfort for the feet.
Deep roof overhangs, built-in shades and high operating clerestory windows are used to reduce heat gain in summer months. During the winter, the lower sun angle is able to penetrate into living spaces and passively warm the exposed concrete floor. Low VOC paints and stains have been used throughout the house. The high level of craft evident in the house reflects another key principle of sustainable design: build it well and make it last for many years!
Photo by Benjamin Benschneider

This modern green home offers both a vacation destination on Cape Cod near local family members and an opportunity for rental income.
FAMILY ROOTS. A West Coast couple living in the San Francisco Bay Area sought a permanent East Coast vacation home near family members living on Cape Cod. As academic professionals focused on sustainability, they sought a green, energy efficient home that was well-aligned with their values. With no green homes available for sale on Cape Cod, they decided to purchase land near their family and build their own.
SLOPED SITE. Comprised of a 3/4 acre lot nestled in the pines, the steeply sloping terrain called for a plan that embraced and took advantage of the slope. Of equal priority was optimizing solar exposure, preserving privacy from abutters, and creating outdoor living space. The design accomplished these goals with a simple, rectilinear form, offering living space on the both entry and lower/basement levels. The stepped foundation allows for a walk-out basement level with light-filled living space on the down-hill side of the home. The traditional basement on the eastern, up-hill side houses mechanical equipment and a home gym. The house welcomes natural light throughout, captures views of the forest, and delivers entertainment space that connects indoor living space to outdoor deck and dining patio.
MODERN VISION. The clean building form and uncomplicated finishes pay homage to the modern architectural legacy on the outer Cape. Durable and economical fiber cement panels, fixed with aluminum channels, clad the primary form. Cedar clapboards provide a visual accent at the south-facing living room, which extends a single roof plane to cover the entry porch.
SMART USE OF SPACE. On the entry level, the “L”-shaped living, dining, and kitchen space connects to the exterior living, dining, and grilling spaces to effectively double the home’s summertime entertainment area. Placed at the western end of the entry level (where it can retain privacy but still claim expansive downhill views) is the master suite with a built-in study. The lower level has two guest bedrooms, a second full bathroom, and laundry. The flexibility of the space—crucial in a house with a modest footprint—emerges in one of the guest bedrooms, which doubles as home office by opening the barn-style double doors to connect it to the bright, airy open stair leading up to the entry level. Thoughtful design, generous ceiling heights and large windows transform the modest 1,100 sf* footprint into a well-lit, spacious home. *(total finished space is 1800 sf)
RENTAL INCOME. The property works for its owners by netting rental income when the owners are home in San Francisco. The house especially caters to vacationers bound for nearby Mayo Beach and includes an outdoor shower adjacent to the lower level entry door. In contrast to the bare bones cottages that are typically available on the Cape, this home offers prospective tenants a modern aesthetic, paired with luxurious and green features. Durable finishes inside and out will ensure longevity with the heavier use that comes with a rental property.
COMFORT YEAR-ROUND. The home is super-insulated and air-tight, with mechanical ventilation to provide continuous fresh air from the outside. High performance triple-paned windows complement the building enclosure and maximize passive solar gain while ensuring a warm, draft-free winter, even when sitting close to the glass. A properly sized air source heat pump offers efficient heating & cooling, and includes a carefully designed the duct distribution system to provide even comfort throughout the house. The super-insulated envelope allows us to significantly reduce the equipment capacity, duct size, and airflow quantities, while maintaining unparalleled thermal comfort.
ENERGY EFFICIENT. The building’s shell and mechanical systems play instrumental roles in the home’s exceptional performance. The building enclosure reduces the most significant energy glutton: heating. Continuous super-insulation, thorough air sealing, triple-pane windows, and passive solar gain work together to yield a miniscule heating load. All active energy consumers are extremely efficient: an air source heat pump for heating and cooling, a heat pump hot water heater, LED lighting, energy recovery ventilation (ERV), and high efficiency appliances. The result is a home that uses 70% less energy than a similar new home built to code requirements.
OVERALL. The home embodies the owners’ goals and values while comprehensively enabling thermal comfort, energy efficiency, a vacation respite, and supplementary income.
PROJECT TEAM
ZeroEnergy Design - Architect & Mechanical Designer
A.F. Hultin & Co. - Contractor
Pamet Valley Landscape Design - Landscape & Masonry
Lisa Finch - Original Artwork
European Architectural Supply - Windows
Eric Roth Photography - Photography

Photo of a mid-sized transitional drought-tolerant and partial sun front yard gravel landscaping in Orange County.

Design & Supply by Astro Design, Ottawa Canada
Timeless yet fresh in its aesthetic and efficient in its layout, this beautiful kitchen is sure to become a well used and thoroughly enjoyed heart and hub of this new home.
Doublespace Photography

This project won in the 2013 Builders Association of Metropolitan Pittsburgh Housing Excellence Award for Best Urban Renewal Renovation Project. The glass bowl was made in the glass studio owned by the owner which is adjacent to the residence. The mirror is a repurposed window. The door is repurposed from a boarding house.
George Mendel

This modern green home offers both a vacation destination on Cape Cod near local family members and an opportunity for rental income.
FAMILY ROOTS. A West Coast couple living in the San Francisco Bay Area sought a permanent East Coast vacation home near family members living on Cape Cod. As academic professionals focused on sustainability, they sought a green, energy efficient home that was well-aligned with their values. With no green homes available for sale on Cape Cod, they decided to purchase land near their family and build their own.
SLOPED SITE. Comprised of a 3/4 acre lot nestled in the pines, the steeply sloping terrain called for a plan that embraced and took advantage of the slope. Of equal priority was optimizing solar exposure, preserving privacy from abutters, and creating outdoor living space. The design accomplished these goals with a simple, rectilinear form, offering living space on the both entry and lower/basement levels. The stepped foundation allows for a walk-out basement level with light-filled living space on the down-hill side of the home. The traditional basement on the eastern, up-hill side houses mechanical equipment and a home gym. The house welcomes natural light throughout, captures views of the forest, and delivers entertainment space that connects indoor living space to outdoor deck and dining patio.
MODERN VISION. The clean building form and uncomplicated finishes pay homage to the modern architectural legacy on the outer Cape. Durable and economical fiber cement panels, fixed with aluminum channels, clad the primary form. Cedar clapboards provide a visual accent at the south-facing living room, which extends a single roof plane to cover the entry porch.
SMART USE OF SPACE. On the entry level, the “L”-shaped living, dining, and kitchen space connects to the exterior living, dining, and grilling spaces to effectively double the home’s summertime entertainment area. Placed at the western end of the entry level (where it can retain privacy but still claim expansive downhill views) is the master suite with a built-in study. The lower level has two guest bedrooms, a second full bathroom, and laundry. The flexibility of the space—crucial in a house with a modest footprint—emerges in one of the guest bedrooms, which doubles as home office by opening the barn-style double doors to connect it to the bright, airy open stair leading up to the entry level. Thoughtful design, generous ceiling heights and large windows transform the modest 1,100 sf* footprint into a well-lit, spacious home. *(total finished space is 1800 sf)
RENTAL INCOME. The property works for its owners by netting rental income when the owners are home in San Francisco. The house especially caters to vacationers bound for nearby Mayo Beach and includes an outdoor shower adjacent to the lower level entry door. In contrast to the bare bones cottages that are typically available on the Cape, this home offers prospective tenants a modern aesthetic, paired with luxurious and green features. Durable finishes inside and out will ensure longevity with the heavier use that comes with a rental property.
COMFORT YEAR-ROUND. The home is super-insulated and air-tight, with mechanical ventilation to provide continuous fresh air from the outside. High performance triple-paned windows complement the building enclosure and maximize passive solar gain while ensuring a warm, draft-free winter, even when sitting close to the glass. A properly sized air source heat pump offers efficient heating & cooling, and includes a carefully designed the duct distribution system to provide even comfort throughout the house. The super-insulated envelope allows us to significantly reduce the equipment capacity, duct size, and airflow quantities, while maintaining unparalleled thermal comfort.
ENERGY EFFICIENT. The building’s shell and mechanical systems play instrumental roles in the home’s exceptional performance. The building enclosure reduces the most significant energy glutton: heating. Continuous super-insulation, thorough air sealing, triple-pane windows, and passive solar gain work together to yield a miniscule heating load. All active energy consumers are extremely efficient: an air source heat pump for heating and cooling, a heat pump hot water heater, LED lighting, energy recovery ventilation (ERV), and high efficiency appliances. The result is a home that uses 70% less energy than a similar new home built to code requirements.
OVERALL. The home embodies the owners’ goals and values while comprehensively enabling thermal comfort, energy efficiency, a vacation respite, and supplementary income.
PROJECT TEAM
ZeroEnergy Design - Architect & Mechanical Designer
A.F. Hultin & Co. - Contractor
Pamet Valley Landscape Design - Landscape & Masonry
Lisa Finch - Original Artwork
European Architectural Supply - Windows
Eric Roth Photography - Photography

Klopf Architecture, Arterra Landscape Architects and Henry Calvert of Calvert Ventures Designed and built a new warm, modern, Eichler-inspired, open, indoor-outdoor home on a deeper-than-usual San Mateo Highlands property where an original Eichler house had burned to the ground.
The owners wanted multi-generational living and larger spaces than the original home offered, but all parties agreed that the house should respect the neighborhood and blend in stylistically with the other Eichlers. At first the Klopf team considered re-using what little was left of the original home and expanding on it. But after discussions with the owner and builder, all parties agreed that the last few remaining elements of the house were not practical to re-use, so Klopf Architecture designed a new home that pushes the Eichler approach in new directions.
One disadvantage of Eichler production homes is that the house designs were not optimized for each specific lot. A new custom home offered the team a chance to start over. In this case, a longer house that opens up sideways to the south fit the lot better than the original square-ish house that used to open to the rear (west). Accordingly, the Klopf team designed an L-shaped “bar” house with a large glass wall with large sliding glass doors that faces sideways instead of to the rear like a typical Eichler. This glass wall opens to a pool and landscaped yard designed by Arterra Landscape Architects.
Driving by the house, one might assume at first glance it is an Eichler because of the horizontality, the overhanging flat roof eaves, the dark gray vertical siding, and orange solid panel front door, but the house is designed for the 21st Century and is not meant to be a “Likeler.” You won't see any posts and beams in this home. Instead, the ceiling decking is a western red cedar that covers over all the beams. Like Eichlers, this cedar runs continuously from inside to out, enhancing the indoor / outdoor feeling of the house, but unlike Eichlers it conceals a cavity for lighting, wiring, and insulation. Ceilings are higher, rooms are larger and more open, the master bathroom is light-filled and more generous, with a separate tub and shower and a separate toilet compartment, and there is plenty of storage. The garage even easily fits two of today's vehicles with room to spare.
A massive 49-foot by 12-foot wall of glass and the continuity of materials from inside to outside enhance the inside-outside living concept, so the owners and their guests can flow freely from house to pool deck to BBQ to pool and back.
During construction in the rough framing stage, Klopf thought the front of the house appeared too tall even though the house had looked right in the design renderings (probably because the house is uphill from the street). So Klopf Architecture paid the framer to change the roofline from how we had designed it to be lower along the front, allowing the home to blend in better with the neighborhood. One project goal was for people driving up the street to pass the home without immediately noticing there is an "imposter" on this lot, and making that change was essential to achieve that goal.
This 2,606 square foot, 3 bedroom, 3 bathroom Eichler-inspired new house is located in San Mateo in the heart of the Silicon Valley.
Klopf Architecture Project Team: John Klopf, AIA, Klara Kevane
Landscape Architect: Arterra Landscape Architects
Contractor: Henry Calvert of Calvert Ventures
Photography ©2016 Mariko Reed
Location: San Mateo, CA
Year completed: 2016

A gentle curving pathway to your front door is seen as more auspicious in feng shui, then the typical 'straight shot path' style of most homes. When the homeowner asked Ecoscape to renovate their front yard to reduce the amount of turf, it made sense to upgrade their walkway. With low-voltage outdoor lighting (smartphone programmable!) and a profusion of blooming color to welcome you, everyday feels abundant with life!

Custom neo-angle shower. Note that by running the side panels to the ceiling, it adds stability and allows for the glass-mounted door without a header bar. Although custom neo-angles tend to be at a higher price-point than typical shower enclosures, this configuration reduces the amount of hardware required, and therefore reduces the price.
Photo & Glass work: VanGo Glass

These horizontal rod railings replaced an outdated wood railing. The typical 4" spacing was reduced to around 3" on the horizontal bars as a distinguishing feature. Design and fabrication by Hueber Industries LLC, located in Fort Collins, CO.

The homeowner of this third floor renovation in Toronto's Roncesvalles neighbourhood wanted to make more efficient use of the space and tackle drafts through insulation, air sealing, and balanced ventilation.
The project saved an estimated 6,597 KG of C02 compared to a typical renovation of the same size. That’s equal to the carbon that 171 trees remove from the air we breathe during their lifetime!*
While insulation and high efficiency windows reduce energy (i.e. natural gas) needed to heat and cool the home, other measures such as waste diversion and non-toxic building materials are also critical in reducing environmental impact and safeguarding occupant health.
For this project, like others, we developed a number of plans, including waste diversion, materials, resources and transportation.

The homeowner of this third floor renovation in Toronto's Roncesvalles neighbourhood wanted to make more efficient use of the space and tackle drafts through insulation, air sealing, and balanced ventilation.
The project saved an estimated 6,597 KG of C02 compared to a typical renovation of the same size. That’s equal to the carbon that 171 trees remove from the air we breathe during their lifetime!*
While insulation and high efficiency windows reduce energy (i.e. natural gas) needed to heat and cool the home, other measures such as waste diversion and non-toxic building materials are also critical in reducing environmental impact and safeguarding occupant health.
For this project, like others, we developed a number of plans, including waste diversion, materials, resources and transportation.

The homeowner of this third floor renovation in Toronto's Roncesvalles neighbourhood wanted to make more efficient use of the space and tackle drafts through insulation, air sealing, and balanced ventilation.
The project saved an estimated 6,597 KG of C02 compared to a typical renovation of the same size. That’s equal to the carbon that 171 trees remove from the air we breathe during their lifetime!*
While insulation and high efficiency windows reduce energy (i.e. natural gas) needed to heat and cool the home, other measures such as waste diversion and non-toxic building materials are also critical in reducing environmental impact and safeguarding occupant health.
For this project, like others, we developed a number of plans, including waste diversion, materials, resources and transportation.

The homeowner of this third floor renovation in Toronto's Roncesvalles neighbourhood wanted to make more efficient use of the space and tackle drafts through insulation, air sealing, and balanced ventilation.
The project saved an estimated 6,597 KG of C02 compared to a typical renovation of the same size. That’s equal to the carbon that 171 trees remove from the air we breathe during their lifetime!*
While insulation and high efficiency windows reduce energy (i.e. natural gas) needed to heat and cool the home, other measures such as waste diversion and non-toxic building materials are also critical in reducing environmental impact and safeguarding occupant health.
For this project, like others, we developed a number of plans, including waste diversion, materials, resources and transportation.
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