Photo credit: Scott McDonald @ Hedrich Blessing 7RR-Ecohome: The design objective was to build a house for a couple recently married who both had kids from previous marriages. How to bridge two families together? The design looks forward in terms of how people live today. The home is an experiment in transparency and solid form; removing borders and edges from outside to inside the house, and to really depict “flowing and endless space”. The house floor plan is derived by pushing and pulling the house’s form to maximize the backyard and minimize the public front yard while welcoming the sun in key rooms by rotating the house 45-degrees to true north. The angular form of the house is a result of the family’s program, the zoning rules, the lot’s attributes, and the sun’s path. We wanted to construct a house that is smart and efficient in terms of construction and energy, both in terms of the building and the user. We could tell a story of how the house is built in terms of the constructability, structure and enclosure, with a nod to Japanese wood construction in the method in which the siding is installed and the exposed interior beams are placed in the double height space. We engineered the house to be smart which not only looks modern but acts modern; every aspect of user control is simplified to a digital touch button, whether lights, shades, blinds, HVAC, communication, audio, video, or security. We developed a planning module based on a 6-foot square room size and a 6-foot wide connector called an interstitial space for hallways, bathrooms, stairs and mechanical, which keeps the rooms pure and uncluttered. The house is 6,200 SF of livable space, plus garage and basement gallery for a total of 9,200 SF. A large formal foyer celebrates the entry and opens up to the living, dining, kitchen and family rooms all focused on the rear garden. The east side of the second floor is the Master wing and a center bridge connects it to the kid’s wing on the west. Second floor terraces and sunscreens provide views and shade in this suburban setting. The playful mathematical grid of the house in the x, y and z axis also extends into the layout of the trees and hard-scapes, all centered on a suburban one-acre lot. Many green attributes were designed into the home; Ipe wood sunscreens and window shades block out unwanted solar gain in summer, but allow winter sun in. Patio door and operable windows provide ample opportunity for natural ventilation throughout the open floor plan. Minimal windows on east and west sides to reduce heat loss in winter and unwanted gains in summer. Open floor plan and large window expanse reduces lighting demands and maximizes available daylight. Skylights provide natural light to the basement rooms. Durable, low-maintenance exterior materials include stone, ipe wood siding and decking, and concrete roof pavers. Design is based on a 2' planning grid to minimize construction waste. Basement foundation walls and slab are highly insulated. FSC-certified walnut wood flooring was used. Light colored concrete roof pavers to reduce cooling loads by as much as 15%. 2x6 framing allows for more insulation and energy savings. Super efficient windows have low-E argon gas filled units, and thermally insulated aluminum frames. Permeable brick and stone pavers reduce the site’s storm-water runoff. Countertops use recycled composite materials. Energy-Star rated furnaces and smart thermostats are located throughout the house to minimize duct runs and avoid energy loss. Energy-Star rated boiler that heats up both radiant floors and domestic hot water. Low-flow toilets and plumbing fixtures are used to conserve water usage. No VOC finish options and direct venting fireplaces maintain a high interior air quality. Smart home system controls lighting, HVAC, and shades to better manage energy use. Plumbing runs through interior walls reducing possibilities of heat loss and freezing problems. A large food pantry was placed next to kitchen to reduce trips to the grocery store. Home office reduces need for automobile transit and associated CO2 footprint. Plan allows for aging in place, with guest suite than can become the master suite, with no need to move as family members mature.

© Anthony Crisafulli 2014
Inspiration for a large victorian green three-story gable roof remodel in Providence

The west wall completes the functional needs with a built-in refrigerator and microwave oven combination. A full height pantry with roll-out shelves is around the corner from the refrigerator. To the left of the ovens, is a wall and base cabinet and countertop. A charging stationed was planned for this counter area. Flooring choices are many. The original kitchen had linoleum and therefore only about 1/8” was available for the new material to sit on top of the sub-floor and still have a level transition to the adjacent dining room and powder room. We removed the original sub-floor and gained ¾”. But a tile floor was not an option because we did not have enough thickness for a concrete bed and the tile. Cork was selected in a light gray and white pattern which compliments the overall white kitchen that the homeowners wanted. The flooring installer prepared for the ½” thick cork by recessing the new ¾” plywood subfloor between the joists at the mathematically correct height. This accomplished having the kitchen, dining room and powder room floors all at the same level without a transition strip, and also provided a very level floor. JRY & Co.

Photo credit: Scott McDonald @ Hedrich Blessing 7RR-Ecohome: The design objective was to build a house for a couple recently married who both had kids from previous marriages. How to bridge two families together? The design looks forward in terms of how people live today. The home is an experiment in transparency and solid form; removing borders and edges from outside to inside the house, and to really depict “flowing and endless space”. The house floor plan is derived by pushing and pulling the house’s form to maximize the backyard and minimize the public front yard while welcoming the sun in key rooms by rotating the house 45-degrees to true north. The angular form of the house is a result of the family’s program, the zoning rules, the lot’s attributes, and the sun’s path. We wanted to construct a house that is smart and efficient in terms of construction and energy, both in terms of the building and the user. We could tell a story of how the house is built in terms of the constructability, structure and enclosure, with a nod to Japanese wood construction in the method in which the siding is installed and the exposed interior beams are placed in the double height space. We engineered the house to be smart which not only looks modern but acts modern; every aspect of user control is simplified to a digital touch button, whether lights, shades, blinds, HVAC, communication, audio, video, or security. We developed a planning module based on a 6-foot square room size and a 6-foot wide connector called an interstitial space for hallways, bathrooms, stairs and mechanical, which keeps the rooms pure and uncluttered. The house is 6,200 SF of livable space, plus garage and basement gallery for a total of 9,200 SF. A large formal foyer celebrates the entry and opens up to the living, dining, kitchen and family rooms all focused on the rear garden. The east side of the second floor is the Master wing and a center bridge connects it to the kid’s wing on the west. Second floor terraces and sunscreens provide views and shade in this suburban setting. The playful mathematical grid of the house in the x, y and z axis also extends into the layout of the trees and hard-scapes, all centered on a suburban one-acre lot. Many green attributes were designed into the home; Ipe wood sunscreens and window shades block out unwanted solar gain in summer, but allow winter sun in. Patio door and operable windows provide ample opportunity for natural ventilation throughout the open floor plan. Minimal windows on east and west sides to reduce heat loss in winter and unwanted gains in summer. Open floor plan and large window expanse reduces lighting demands and maximizes available daylight. Skylights provide natural light to the basement rooms. Durable, low-maintenance exterior materials include stone, ipe wood siding and decking, and concrete roof pavers. Design is based on a 2' planning grid to minimize construction waste. Basement foundation walls and slab are highly insulated. FSC-certified walnut wood flooring was used. Light colored concrete roof pavers to reduce cooling loads by as much as 15%. 2x6 framing allows for more insulation and energy savings. Super efficient windows have low-E argon gas filled units, and thermally insulated aluminum frames. Permeable brick and stone pavers reduce the site’s storm-water runoff. Countertops use recycled composite materials. Energy-Star rated furnaces and smart thermostats are located throughout the house to minimize duct runs and avoid energy loss. Energy-Star rated boiler that heats up both radiant floors and domestic hot water. Low-flow toilets and plumbing fixtures are used to conserve water usage. No VOC finish options and direct venting fireplaces maintain a high interior air quality. Smart home system controls lighting, HVAC, and shades to better manage energy use. Plumbing runs through interior walls reducing possibilities of heat loss and freezing problems. A large food pantry was placed next to kitchen to reduce trips to the grocery store. Home office reduces need for automobile transit and associated CO2 footprint. Plan allows for aging in place, with guest suite than can become the master suite, with no need to move as family members mature.

This modern structure is a new primary residence for a soon-to-be-retired professor of mathematics. The three-bedroom, 2-1/2 bath custom home is primarily on two floors but features a third-story look-out containing a study and presenting panoramic views of the gorge. Large picture windows on the main living floor open the interior to notable views on two distinct axes: the westerly view presents a view of the Columbia River as it winds its way toward Portland, the northerly view frames the majestic Mt. St. Helens. The bottom-most level is a two-bedroom accessory dwelling area for extended family to be used during extended visits. A three-car garage makes space for snow removal equipment, two vehicles and a limited shop. The home features a rooftop photovoltaic array providing enough electric power to sell back to the utility district during much of the year, and a geothermal loop for heating and cooling. Corrugated metal siding and standing seam roofing meets the safety requirements of the area that is prone to forest fires.

This modern structure is a new primary residence for a soon-to-be-retired professor of mathematics. The three-bedroom, 2-1/2 bath custom home is primarily on two floors but features a third-story look-out containing a study and presenting panoramic views of the gorge. Large picture windows on the main living floor open the interior to notable views on two distinct axes: the westerly view presents a view of the Columbia River as it winds its way toward Portland, the northerly view frames the majestic Mt. St. Helens. The bottom-most level is a two-bedroom accessory dwelling area for extended family to be used during extended visits. A three-car garage makes space for snow removal equipment, two vehicles and a limited shop. The home features a rooftop photovoltaic array providing enough electric power to sell back to the utility district during much of the year, and a geothermal loop for heating and cooling. Corrugated metal siding and standing seam roofing meets the safety requirements of the area that is prone to forest fires.

A nail workmanship stepping plate is a flexible device utilized in the realm of nail plan and nail trims. It's a level, commonly metal or plastic plate with unpredictable examples and plans carved onto its surface. Nail professionals and Do-It-Yourself nail devotees use stepping plates to make special and nitty gritty nail craftsmanship rapidly and without any problem. These stepping plates arrive in various plans, from botanical and mathematical examples to occasion themed pictures and unpredictable lacework. They are fundamental for accomplishing proficient looking nail workmanship without the requirement for cutting edge painting abilities.

This modern structure is a new primary residence for a soon-to-be-retired professor of mathematics. The three-bedroom, 2-1/2 bath custom home is primarily on two floors but features a third-story look-out containing a study and presenting panoramic views of the gorge. Large picture windows on the main living floor open the interior to notable views on two distinct axes: the westerly view presents a view of the Columbia River as it winds its way toward Portland, the northerly view frames the majestic Mt. St. Helens. The bottom-most level is a two-bedroom accessory dwelling area for extended family to be used during extended visits. A three-car garage makes space for snow removal equipment, two vehicles and a limited shop. The home features a rooftop photovoltaic array providing enough electric power to sell back to the utility district during much of the year, and a geothermal loop for heating and cooling. Corrugated metal siding and standing seam roofing meets the safety requirements of the area that is prone to forest fires.