Barry Grossman Photography
Example of a trendy white floor living room design in Miami with a ribbon fireplace

Pineapple House designers created views to the home's stairs by widening the opening between the kitchen and informal dining room. They illuminate the area by adding side lights and a tall windowed modernly configured door across from the staircase. Galina Coada Photography

Barry Grossman Photography
Trendy master carpeted bedroom photo in Miami with no fireplace and gray walls

Photo: Ben Benschneider; Interior Design: Robin Chell
Bathroom - modern beige tile bathroom idea in Seattle with an integrated sink, flat-panel cabinets and light wood cabinets

This house west of Boston was originally designed in 1958 by the great New England modernist, Henry Hoover. He built his own modern home in Lincoln in 1937, the year before the German émigré Walter Gropius built his own world famous house only a few miles away. By the time this 1958 house was built, Hoover had matured as an architect; sensitively adapting the house to the land and incorporating the clients wish to recreate the indoor-outdoor vibe of their previous home in Hawaii. The house is beautifully nestled into its site. The slope of the roof perfectly matches the natural slope of the land. The levels of the house delicately step down the hill avoiding the granite ledge below. The entry stairs also follow the natural grade to an entry hall that is on a mid level between the upper main public rooms and bedrooms below. The living spaces feature a south- facing shed roof that brings the sun deep in to the home. Collaborating closely with the homeowner and general contractor, we freshened up the house by adding radiant heat under the new purple/green natural cleft slate floor. The original interior and exterior Douglas fir walls were stripped and refinished. Photo by: Nat Rea Photography

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

Sunlit Conservatory Applied Photography
Elegant brick floor and red floor sunroom photo in Orange County with a brick fireplace and a glass ceiling

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

The Aurora can be labeled as a greenhouse shed combo. It includes four large aluminum windows with tempered glass for safety. On top of that, it features 509 cubic feet of storage space for gardening tools and equipment or plants. With the many windows, light is aplenty. However, there is even the option to add solar shades so you can control the amount of sunlight coming in. In addition, you can add a power ventilation fan to remove excess heat and bring in cool air inside. If you looking to grow plants and vegetables all year around and store stuff, the Aurora greenhouse shed combo is just what you're looking for. It's a customer favorite.

Living room library - mid-sized eclectic living room library idea in Charleston

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography

The patio features 3 Nana doors that allow the room to completely open up to the exterior decks, or the living room or both. The fireplace is an EPA-Phase II rated wood burning appliance with ducting to direct excess heat to the lower level. Carl Schofield Photography

The Benefits of a Greenhouse Shed By definition, a greenhouse shed (also called a glasshouse) is a building in which plants are grown. Thanks to the 8 ft. glass roof, the Aurora invites plenty of natural sunlight inside. In this type of environment, vegetables and other plants will thrive. After adding the power ventilation system, you will have complete control of the amount of light, temperature, water, fertilizer and atmosphere inside. The Ultimate “Green” Storage Solution Today’s ecologically minded backyard gardeners are thinking about more than maintenance. More and more people are turning toward growing their own food all year round; using green technology and finding alternative ways to enjoy natural sunlight during the winter months. The Aurora is the perfect solution to grow fruit and vegetables right in your backyard all year long.Optional Accessories: Solar shades: block 75% of sunlight and 50% of heat (Set of 4) Power Ventilation Fan: Removes excess heat and brings in cool, fresh air 8 ft. Cedar Bench: Hand-crafted from select tight-knot cedar. Large window with screen to let sunlight in and keep pesky insects out

With a compact form and several integrated sustainable systems, the Capitol Hill Residence achieves the client’s goals to maximize the site’s views and resources while responding to its micro climate. Some of the sustainable systems are architectural in nature. For example, the roof rainwater collects into a steel entry water feature, day light from a typical overcast Seattle sky penetrates deep into the house through a central translucent slot, and exterior mounted mechanical shades prevent excessive heat gain without sacrificing the view. Hidden systems affect the energy consumption of the house such as the buried geothermal wells and heat pumps that aid in both heating and cooling, and a 30 panel photovoltaic system mounted on the roof feeds electricity back to the grid. The minimal foundation sits within the footprint of the previous house, while the upper floors cantilever off the foundation as if to float above the front entry water feature and surrounding landscape. The house is divided by a sloped translucent ceiling that contains the main circulation space and stair allowing daylight deep into the core. Acrylic cantilevered treads with glazed guards and railings keep the visual appearance of the stair light and airy allowing the living and dining spaces to flow together. While the footprint and overall form of the Capitol Hill Residence were shaped by the restrictions of the site, the architectural and mechanical systems at work define the aesthetic. Working closely with a team of engineers, landscape architects, and solar designers we were able to arrive at an elegant, environmentally sustainable home that achieves the needs of the clients, and fits within the context of the site and surrounding community. (c) Steve Keating Photography