Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. John Allegretti

Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

Photography by Natalie Marotta This special project is an extensive renovation of Better Homes And Gardens’ “The House You Asked For” of 1953. While the California Case Study-inspired architecture was an interesting break from 1950’s boxes, its extensive single-pane glass, internal roof drains, and slab construction were leading to structural deterioration through condensation and leaks, and a massive carbon footprint. The renovation took the form of slight plan adjustments–giving the kitchen more space, combining two entry doors into one entry space, adjusting the bedroom-bathroom area–and reworking the roof. We added a raised portion to carry ducts for conditioning and ventilation, which was also an opportunity to create spatial interest and bring in light from above, and we re-sloped the roof to drain to the perimeter instead of the middle of the house. Carbon-sequestering wood fiberboard insulation was added to the walls, and the windows were replaced with triple-glazed units. With new heat pump heating, cooling, and water heating, the operational carbon footprint was reduced by 93%.

This larger home, constructed on Martha’s Vineyard, is a collection of informal, dormered gable components and grounding one-story, shed-roof elements that reduce its overall scale. Designed to take advantage of a gently sloping up-Island property, this 5500 sq. ft. (not including finished basement) six-bedroom home includes staggered floor levels that climb from the front of the site to the rear. Generous, open living space on the entry level -- anchored on the west end by a fireplace and on the east end by the kitchen -- borders a dining area that’s nestled under a roof which also shelters the adjacent wrap-around porch. A deck off the rear of the dining space extends around the kitchen and is easily accessible from the nearby family room, too. Bedrooms occupy the other above-grade levels, including, at the upper-most level, the master suite comprised of a study, roof deck, master bath, walk-in closets and the master bedroom. A clean-lined interior of warm neutrals sets a soothing tone in which the Island landscape is welcomed through expansive windows, porches and decks. Clad in white cedar shingles with a red cedar roof, the West Tisbury House will softly weather in-tune with its meadow site. Katie Hutchison Studio collaborated with Geoffrey Koper Architect of Yarmouth Port, Mass. on the West Tisbury House. Kitchen fit-out and interior finishes, fixtures, and furnishings by others. This larger home, constructed on Martha’s Vineyard, is a collection of informal, dormered gable components and grounding one-story, shed-roof elements that reduce its overall scale. Designed to take advantage of a gently sloping up-Island property, this 5500 sq. ft. (not including finished basement) six-bedroom home includes staggered floor levels that climb from the front of the site to the rear. Generous, open living space on the entry level -- anchored on the west end by a fireplace and on the east end by the kitchen -- borders a dining area that’s nestled under a roof which also shelters the adjacent wrap-around porch. A deck off the rear of the dining space extends around the kitchen and is easily accessible from the nearby family room, too. Bedrooms occupy the other above-grade levels, including, at the upper-most level, the master suite comprised of a study, roof deck, master bath, walk-in closets and the master bedroom. A clean-lined interior of warm neutrals sets a soothing tone in which the Island landscape is welcomed through expansive windows, porches and decks. Clad in white cedar shingles with a red cedar roof, the West Tisbury House will softly weather in-tune with its meadow site. Katie Hutchison Studio collaborated with Geoffrey Koper Architect of Yarmouth Port, Mass. on the West Tisbury House. Kitchen fit-out and interior finishes, fixtures, and furnishings by others. photo by Katie Hutchison

The home office has evolved into an indispensable space that seamlessly blends productivity and comfort. Tailored to the demands of remote work or personal projects, a well-designed home office often features ergonomic furniture, ample storage, and efficient technology integration. Thoughtful placement of desks and chairs enhances workflow, while strategic lighting promotes focus and reduces eye strain. The home office is not only a functional workspace but also an expression of individual style, with personalized decor and organizational elements contributing to a conducive and inspiring atmosphere. As the boundary between work and home blurs, the home office emerges as a versatile sanctuary that fosters concentration, creativity, and a harmonious work-life balance.

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. Photos by John Allegretti

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. John Allegretti

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. John Allegretti

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. Photos by John Allegretti

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. John Allegretti

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. Photos by John Allegretti

The interior of the home went from Colonial to Classic Lodge without changing the footprint of the home. Columns were removed, fur downs removed that defined space, fireplace relocated, kitchen layout and direction changed, breakfast room and sitting room flip flopped, study reduced in size, entry to master bedroom changed, master suite completely re-arranged and enlarged, custom hand railing designed to open up stairwell, hardwood added to stairs, solid knotty alder 8’ doors added, knotty alder crown moldings added, reclaimed beamed ceiling grid, tongue and groove ceiling in kitchen, knotty alder cabinetry, leather finish to granite, seeded glass insets, custom door to panty to showcase an antique stained glass window from childhood church, custom doors and handles made for study entry, shredded straw added to wall texture, custom glazing done to all walls, wood floor remnants created an antique quilt pattern for the back wall of the powder bath, custom wall treatment created by designer, and a mixture of new and antique furnishing were added, all to create a warm, yet lived in feeling for this special family. A new central stone wall reversed with an over scaled fireplace and reclaimed flooring from the East became the anchor for this level of the home. Removing all the “divisions” of space and using a unified surface made unused rooms, part of the daily living for this family. The desire to entertain large group in a unified space, yet still feel like you are in a cozy environment was the driving force for removing divisions of space. Photos by Randy Colwell

The Owners of a home that had been consumed by the moving dunes of Lake Michigan wanted a home that would not only stand the test of aesthetic time, but survive the vicissitudes of the environment. With the assistance of the Michigan Department of Environmental Quality as well as the consulting civil engineer and the City of Grand Haven Zoning Department, a soil stabilization site plan was developed based on raising the new home’s main floor elevation by almost three feet, implementing erosion studies, screen walls and planting indigenous, drought tolerant xeriscaping. The screen walls, as well as the low profile of the home and the use of sand trapping marrum beachgrass all help to create a wind shadow buffer around the home and reduce blowing sand erosion and accretion. The Owners wanted to minimize the stylistic baggage which consumes most “cottage” residences, and with the Architect created a home with simple lines focused on the view and the natural environment. Sustainable energy requirements on a budget directed the design decisions regarding the SIPs panel insulation, energy systems, roof shading, other insulation systems, lighting and detailing. Easily constructed and linear, the home harkens back to mid century modern pavilions with present day environmental sensitivities and harmony with the site. James Yochum