This Bellevue private residence showcases a contemporary Northwest design, blending clean architectural lines with warm natural materials and modern finishes throughout. The home features an open-concept layout designed for functionality and everyday living, with a focus on natural light, efficient space planning, and seamless transitions between living areas. Interior finishes include light wood cabinetry, quartz countertops, and matte black fixtures, creating a balanced, modern aesthetic that feels both refined and livable. Key spaces such as the kitchen and bathrooms were designed with both durability and style in mind, incorporating high-quality materials, clean detailing, and thoughtful layouts to support long-term performance and ease of use. From exterior presentation to interior execution, this project reflects a commitment to quality craftsmanship, modern design standards, and efficient construction practices.

This house on the northwest side of Tucson is a real laboratory. It has rammed earth, adobe, and straw bale components all built around a central courtyard. Rainwater is collected from almost 5000 square feet of roof and flows to a 30,000 site-built cistern which provides all water needs (including potable water) for nine months of the year on average. It also has a complete photovoltaic system, gray water system, and solar hot water.

This house on the northwest side of Tucson is a real laboratory. It has rammed earth, adobe, and straw bale components all built around a central courtyard. Rainwater is collected from almost 5000 square feet of roof and flows to a 30,000 site-built cistern which provides all water needs (including potable water) for nine months of the year on average. It also has a complete photovoltaic system, gray water system, and solar hot water.

“Remodel for the Neighbors” Judkins Park Project featured on “Renovation Nation” television show Description House lift and wholesale remodel of a structure that everyone called a teardown. This is one of four homes built in 1908, in an area where townhomes are on the march, and cottages on the way out. Challenge Everything in the house was ruined. On the outside the asbestos siding was crumbling, and the back addition was turning into a nurse log. There were rickety wooden stairs to get down to the back yard, disconnecting the main living space from the yard. Inside the kitchen floor was extremely weak and rainwater was sheeting down one wall. Inspiration We loved the history of the house and wanted to preserve the fabric of the neighborhood. There was great proportion to house. It had great structural bones with a box ceiling and beautiful inlaid floor. This was a move that you make from the heart, and it drove our decisions. Solution + Innovation We honored the spirit of the historic house, but added modern elements that fit the character, kept the relationship to the street, and the integrity to the other houses in the row. We lifted the house and built a full-height ICF insulated concrete form basement, then set it back down. We built an addition to achieve an interior staircase to connect the upstairs living space with the back yard which only added 8.5 feet in length to the house. We also created a hydronic heating system in the wood floor, making this a low load hydronic house. How is it sustainable? We didn’t tear down the house and instead made the best of what we had to work with. We recycled wood and used forest salvaged wood for the cabinets. We repurposed a laboratory sink as a bath tub, and made stairs out of Garfield High School bleachers that we salvaged from another project. The overall energy usage is exceptional. We skinned the outside with insulation before the new siding went back on. We added solar, best in class windows, and LED lighting throughout. The entire 2200 square foot house uses one 50-gallon water tank, and the house is heated with this one tank.

This house on the northwest side of Tucson is a real laboratory. It has rammed earth, adobe, and straw bale components all built around a central courtyard. Rainwater is collected from almost 5000 square feet of roof and flows to a 30,000 site-built cistern which provides all water needs (including potable water) for nine months of the year on average. It also has a complete photovoltaic system, gray water system, and solar hot water.

“Remodel for the Neighbors” Judkins Park Project featured on “Renovation Nation” television show Description House lift and wholesale remodel of a structure that everyone called a teardown. This is one of four homes built in 1908, in an area where townhomes are on the march, and cottages on the way out. Challenge Everything in the house was ruined. On the outside the asbestos siding was crumbling, and the back addition was turning into a nurse log. There were rickety wooden stairs to get down to the back yard, disconnecting the main living space from the yard. Inside the kitchen floor was extremely weak and rainwater was sheeting down one wall. Inspiration We loved the history of the house and wanted to preserve the fabric of the neighborhood. There was great proportion to house. It had great structural bones with a box ceiling and beautiful inlaid floor. This was a move that you make from the heart, and it drove our decisions. Solution + Innovation We honored the spirit of the historic house, but added modern elements that fit the character, kept the relationship to the street, and the integrity to the other houses in the row. We lifted the house and built a full-height ICF insulated concrete form basement, then set it back down. We built an addition to achieve an interior staircase to connect the upstairs living space with the back yard which only added 8.5 feet in length to the house. We also created a hydronic heating system in the wood floor, making this a low load hydronic house. How is it sustainable? We didn’t tear down the house and instead made the best of what we had to work with. We recycled wood and used forest salvaged wood for the cabinets. We repurposed a laboratory sink as a bath tub, and made stairs out of Garfield High School bleachers that we salvaged from another project. The overall energy usage is exceptional. We skinned the outside with insulation before the new siding went back on. We added solar, best in class windows, and LED lighting throughout. The entire 2200 square foot house uses one 50-gallon water tank, and the house is heated with this one tank.

“Remodel for the Neighbors” Judkins Park Project featured on “Renovation Nation” television show Description House lift and wholesale remodel of a structure that everyone called a teardown. This is one of four homes built in 1908, in an area where townhomes are on the march, and cottages on the way out. Challenge Everything in the house was ruined. On the outside the asbestos siding was crumbling, and the back addition was turning into a nurse log. There were rickety wooden stairs to get down to the back yard, disconnecting the main living space from the yard. Inside the kitchen floor was extremely weak and rainwater was sheeting down one wall. Inspiration We loved the history of the house and wanted to preserve the fabric of the neighborhood. There was great proportion to house. It had great structural bones with a box ceiling and beautiful inlaid floor. This was a move that you make from the heart, and it drove our decisions. Solution + Innovation We honored the spirit of the historic house, but added modern elements that fit the character, kept the relationship to the street, and the integrity to the other houses in the row. We lifted the house and built a full-height ICF insulated concrete form basement, then set it back down. We built an addition to achieve an interior staircase to connect the upstairs living space with the back yard which only added 8.5 feet in length to the house. We also created a hydronic heating system in the wood floor, making this a low load hydronic house. How is it sustainable? We didn’t tear down the house and instead made the best of what we had to work with. We recycled wood and used forest salvaged wood for the cabinets. We repurposed a laboratory sink as a bath tub, and made stairs out of Garfield High School bleachers that we salvaged from another project. The overall energy usage is exceptional. We skinned the outside with insulation before the new siding went back on. We added solar, best in class windows, and LED lighting throughout. The entire 2200 square foot house uses one 50-gallon water tank, and the house is heated with this one tank.

This house on the northwest side of Tucson is a real laboratory. It has rammed earth, adobe, and straw bale components all built around a central courtyard. Rainwater is collected from almost 5000 square feet of roof and flows to a 30,000 site-built cistern which provides all water needs (including potable water) for nine months of the year on average. It also has a complete photovoltaic system, gray water system, and solar hot water.

This house on the northwest side of Tucson is a real laboratory. It has rammed earth, adobe, and straw bale components all built around a central courtyard. Rainwater is collected from almost 5000 square feet of roof and flows to a 30,000 site-built cistern which provides all water needs (including potable water) for nine months of the year on average. It also has a complete photovoltaic system, gray water system, and solar hot water.

“Remodel for the Neighbors” Judkins Park Project featured on “Renovation Nation” television show Description House lift and wholesale remodel of a structure that everyone called a teardown. This is one of four homes built in 1908, in an area where townhomes are on the march, and cottages on the way out. Challenge Everything in the house was ruined. On the outside the asbestos siding was crumbling, and the back addition was turning into a nurse log. There were rickety wooden stairs to get down to the back yard, disconnecting the main living space from the yard. Inside the kitchen floor was extremely weak and rainwater was sheeting down one wall. Inspiration We loved the history of the house and wanted to preserve the fabric of the neighborhood. There was great proportion to house. It had great structural bones with a box ceiling and beautiful inlaid floor. This was a move that you make from the heart, and it drove our decisions. Solution + Innovation We honored the spirit of the historic house, but added modern elements that fit the character, kept the relationship to the street, and the integrity to the other houses in the row. We lifted the house and built a full-height ICF insulated concrete form basement, then set it back down. We built an addition to achieve an interior staircase to connect the upstairs living space with the back yard which only added 8.5 feet in length to the house. We also created a hydronic heating system in the wood floor, making this a low load hydronic house. How is it sustainable? We didn’t tear down the house and instead made the best of what we had to work with. We recycled wood and used forest salvaged wood for the cabinets. We repurposed a laboratory sink as a bath tub, and made stairs out of Garfield High School bleachers that we salvaged from another project. The overall energy usage is exceptional. We skinned the outside with insulation before the new siding went back on. We added solar, best in class windows, and LED lighting throughout. The entire 2200 square foot house uses one 50-gallon water tank, and the house is heated with this one tank.

This house on the northwest side of Tucson is a real laboratory. It has rammed earth, adobe, and straw bale components all built around a central courtyard. Rainwater is collected from almost 5000 square feet of roof and flows to a 30,000 site-built cistern which provides all water needs (including potable water) for nine months of the year on average. It also has a complete photovoltaic system, gray water system, and solar hot water.

“Remodel for the Neighbors” Judkins Park Project featured on “Renovation Nation” television show Description House lift and wholesale remodel of a structure that everyone called a teardown. This is one of four homes built in 1908, in an area where townhomes are on the march, and cottages on the way out. Challenge Everything in the house was ruined. On the outside the asbestos siding was crumbling, and the back addition was turning into a nurse log. There were rickety wooden stairs to get down to the back yard, disconnecting the main living space from the yard. Inside the kitchen floor was extremely weak and rainwater was sheeting down one wall. Inspiration We loved the history of the house and wanted to preserve the fabric of the neighborhood. There was great proportion to house. It had great structural bones with a box ceiling and beautiful inlaid floor. This was a move that you make from the heart, and it drove our decisions. Solution + Innovation We honored the spirit of the historic house, but added modern elements that fit the character, kept the relationship to the street, and the integrity to the other houses in the row. We lifted the house and built a full-height ICF insulated concrete form basement, then set it back down. We built an addition to achieve an interior staircase to connect the upstairs living space with the back yard which only added 8.5 feet in length to the house. We also created a hydronic heating system in the wood floor, making this a low load hydronic house. How is it sustainable? We didn’t tear down the house and instead made the best of what we had to work with. We recycled wood and used forest salvaged wood for the cabinets. We repurposed a laboratory sink as a bath tub, and made stairs out of Garfield High School bleachers that we salvaged from another project. The overall energy usage is exceptional. We skinned the outside with insulation before the new siding went back on. We added solar, best in class windows, and LED lighting throughout. The entire 2200 square foot house uses one 50-gallon water tank, and the house is heated with this one tank.

This house on the northwest side of Tucson is a real laboratory. It has rammed earth, adobe, and straw bale components all built around a central courtyard. Rainwater is collected from almost 5000 square feet of roof and flows to a 30,000 site-built cistern which provides all water needs (including potable water) for nine months of the year on average. It also has a complete photovoltaic system, gray water system, and solar hot water.