This LEED Platinum certified house reflects the homeowner's desire for an exceptionally healthy and comfortable living environment, within a traditional neighborhood. INFILL SITE. The family, who moved from another area of Wellesley, sought out this property to be within walking distance of the high school and downtown area. An existing structure on the tight lot was removed to make way for the new home. 84% of the construction waste, from both the previous structure and the new home, was diverted from a landfill. ZED designed to preserve the existing mature trees on the perimeter of the property to minimize site impacts, and to maintain the character of the neighborhood as well as privacy on the site. EXTERIOR EXPRESSION. The street facade of the home relates to the local New England vernacular. The rear uses contemporary language, a nod to the family’s Californian roots, to incorporate a roof deck, solar panels, outdoor living space, and the backyard swimming pool. ZED’s careful planning avoided to the need to face the garage doors towards the street, a common syndrome of a narrow lot. THOUGHTFUL SPACE. Homes with dual entries can often result in duplicate and unused spaces. In this home, the everyday and formal entry areas are one and the same; the front and garage doors share the entry program of coat closets, mudroom storage with bench for removing your shoes, and a laundry room with generous closets for the children's sporting equipment. The entry area leads directly to the living space, encompassing the kitchen, dining and sitting area areas in an L-shaped open plan arrangement. The kitchen is placed at the south-west corner of the space to allow for a strong connection to the dining, sitting and outdoor living spaces. A fire pit on the deck satisfies the family’s desire for an open flame while a sealed gas fireplace is used indoors - ZED’s preference after omitting gas burning appliances completely from an airtight home. A small study, with a window seat, is conveniently located just off of the living space. A first floor guest bedroom includes an accessible bathroom for aging visitors and can be used as a master suite to accommodate aging in place. HEALTHY LIVING. The client requested a home that was easy to clean and would provide a respite from seasonal allergies and common contaminants that are found in many indoor spaces. ZED selected easy to clean solid surface flooring throughout, provided ample space for cleaning supplies on each floor, and designed a mechanical system with ventilation that provides a constant supply of fresh outdoor air. ZED selected durable materials, finishes, cabinetry, and casework with low or no volatile organic compounds (VOCs) and no added urea formaldehyde. YEAR-ROUND COMFORT. The home is super insulated and air-tight, paired with high performance triple-paned windows, to ensure it is draft-free throughout the winter (even when in front of the large windows and doors). ZED designed a right-sized heating and cooling system to pair with the thermally improved building enclosure to ensure year-round comfort. The glazing on the home maximizes passive solar gains, and facilitates cross ventilation and daylighting. ENERGY EFFICIENT. As one of the most energy efficient houses built to date in Wellesley, the home highlights a practical solution for Massachusetts. First, the building enclosure reduces the largest energy requirement for typical houses (heating). Super-insulation, exceptional air sealing, a thermally broken wall assembly, triple pane windows, and passive solar gain combine for a sizable heating load reduction. Second, within the house only efficient systems consume energy. These include an air source heat pump for heating & cooling, a heat pump hot water heater, LED lighting, energy recovery ventilation, and high efficiency appliances. Lastly, photovoltaics provide renewable energy help offset energy consumption. The result is an 89% reduction in energy use compared to a similar brand new home built to code requirements. RESILIENT. The home will fare well in extreme weather events. During a winter power outage, heat loss will be very slow due to the super-insulated and airtight envelope– taking multiple days to drop to 60 degrees even with no heat source. An engineered drainage system, paired with careful the detailing of the foundation, will help to keep the finished basement dry. A generator will provide full operation of the all-electric house during a power outage. OVERALL. The home is a reflection of the family goals and an expression of their values, beautifully enabling health, comfort, safety, resilience, and utility, all while respecting the planet. ZED - Architect & Mechanical Designer Bevilacqua Builders Inc - Contractor Creative Land & Water Engineering - Civil Engineering Barbara Peterson Landscape - Landscape Design Nest & Company - Interior Furnishings Eric Roth Photography - Photography

The intricate pattern of City Center was inspired by the cross street grids from the heart of the city. It has the texture and appearance of a woven product plus the performance and stain resistance of solution dyed nylon. Whatever the application - offices, home theaters, basements or stairways, commercial or residential, City Center provides the answer. With colors influenced by steel, stone, cement and wood, City Center offers 9 beautiful tri-color hues that will truly be the center of attention in any room.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

This project involved a full upgrade of window treatments for a traditional sash bay and adjacent tall windows. The goal was to improve light control, thermal performance, and aesthetics by installing made‑to‑measure plantation shutters and bespoke blinds. The result is a cohesive, high‑quality finish that respects the property’s character while adding modern convenience. Scope of Work - Full site survey and precise measuring of all windows. - Manufacture and supply of bespoke plantation shutters for the bay sections. - Supply and installation of made‑to‑measure roller blinds with blackout lining for tall sash windows. - Motorisation for long‑drop blinds where required, plus wiring and testing. - Final adjustments, sealing, and a quality inspection. Challenges and Solutions - Long drop blinds: For windows with a 3 m drop we specified reinforced headrails and high‑torque motors to prevent sagging and ensure smooth operation. - Sash window geometry: Custom shutter panels were designed to fit bay angles and sash reveals, using discreet fixings to preserve original frames. - Insulation and noise reduction: We selected thicker louvres and lined blinds to improve thermal retention and reduce external noise. Results and Benefits - Improved comfort: Noticeable reduction in drafts and better temperature control. - Enhanced light control: Motorised blinds provide effortless, precise daylight management. - Aesthetic upgrade: A unified, premium finish that complements the sash architecture. - Increased property appeal: The upgrade enhances perceived value and homeowner satisfaction. For a free on‑site measure and quote in Cumbernauld and the greater Glasgow area, contact us to schedule a visit. We document each project with before and after photos to showcase workmanship and results.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

This project involved a full upgrade of window treatments for a traditional sash bay and adjacent tall windows. The goal was to improve light control, thermal performance, and aesthetics by installing made‑to‑measure plantation shutters and bespoke blinds. The result is a cohesive, high‑quality finish that respects the property’s character while adding modern convenience. Scope of Work - Full site survey and precise measuring of all windows. - Manufacture and supply of bespoke plantation shutters for the bay sections. - Supply and installation of made‑to‑measure roller blinds with blackout lining for tall sash windows. - Motorisation for long‑drop blinds where required, plus wiring and testing. - Final adjustments, sealing, and a quality inspection. Challenges and Solutions - Long drop blinds: For windows with a 3 m drop we specified reinforced headrails and high‑torque motors to prevent sagging and ensure smooth operation. - Sash window geometry: Custom shutter panels were designed to fit bay angles and sash reveals, using discreet fixings to preserve original frames. - Insulation and noise reduction: We selected thicker louvres and lined blinds to improve thermal retention and reduce external noise. Results and Benefits - Improved comfort: Noticeable reduction in drafts and better temperature control. - Enhanced light control: Motorised blinds provide effortless, precise daylight management. - Aesthetic upgrade: A unified, premium finish that complements the sash architecture. - Increased property appeal: The upgrade enhances perceived value and homeowner satisfaction. For a free on‑site measure and quote in Cumbernauld and the greater Glasgow area, contact us to schedule a visit. We document each project with before and after photos to showcase workmanship and results.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

This project involved a full upgrade of window treatments for a traditional sash bay and adjacent tall windows. The goal was to improve light control, thermal performance, and aesthetics by installing made‑to‑measure plantation shutters and bespoke blinds. The result is a cohesive, high‑quality finish that respects the property’s character while adding modern convenience. Scope of Work - Full site survey and precise measuring of all windows. - Manufacture and supply of bespoke plantation shutters for the bay sections. - Supply and installation of made‑to‑measure roller blinds with blackout lining for tall sash windows. - Motorisation for long‑drop blinds where required, plus wiring and testing. - Final adjustments, sealing, and a quality inspection. Challenges and Solutions - Long drop blinds: For windows with a 3 m drop we specified reinforced headrails and high‑torque motors to prevent sagging and ensure smooth operation. - Sash window geometry: Custom shutter panels were designed to fit bay angles and sash reveals, using discreet fixings to preserve original frames. - Insulation and noise reduction: We selected thicker louvres and lined blinds to improve thermal retention and reduce external noise. Results and Benefits - Improved comfort: Noticeable reduction in drafts and better temperature control. - Enhanced light control: Motorised blinds provide effortless, precise daylight management. - Aesthetic upgrade: A unified, premium finish that complements the sash architecture. - Increased property appeal: The upgrade enhances perceived value and homeowner satisfaction. For a free on‑site measure and quote in Cambernaud and the greater Glasgow area, contact us to schedule a visit. We document each project with before and after photos to showcase workmanship and results.

This project involved a full upgrade of window treatments for a traditional sash bay and adjacent tall windows. The goal was to improve light control, thermal performance, and aesthetics by installing made‑to‑measure plantation shutters and bespoke blinds. The result is a cohesive, high‑quality finish that respects the property’s character while adding modern convenience. Scope of Work - Full site survey and precise measuring of all windows. - Manufacture and supply of bespoke plantation shutters for the bay sections. - Supply and installation of made‑to‑measure roller blinds with blackout lining for tall sash windows. - Motorisation for long‑drop blinds where required, plus wiring and testing. - Final adjustments, sealing, and a quality inspection. Challenges and Solutions - Long drop blinds: For windows with a 3 m drop we specified reinforced headrails and high‑torque motors to prevent sagging and ensure smooth operation. - Sash window geometry: Custom shutter panels were designed to fit bay angles and sash reveals, using discreet fixings to preserve original frames. - Insulation and noise reduction: We selected thicker louvres and lined blinds to improve thermal retention and reduce external noise. Results and Benefits - Improved comfort: Noticeable reduction in drafts and better temperature control. - Enhanced light control: Motorised blinds provide effortless, precise daylight management. - Aesthetic upgrade: A unified, premium finish that complements the sash architecture. - Increased property appeal: The upgrade enhances perceived value and homeowner satisfaction. For a free on‑site measure and quote in Cumbernauld and the greater Glasgow area, contact us to schedule a visit. We document each project with before and after photos to showcase workmanship and results.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.

PROGRAM: RESIDENTIAL LOCATION: DUNKIRK ESTATE, SALT ROCK, SOUTH AFRICA SIZE: 350m² Located within Dunkirk Estate, this design maximises the potential of the small site. It minimises impact on the surrounding environment by reducing cut and fill. The building opens up to the north and south to maximise natural light and reduce solar heat gain. All windows on the upper ground floor slide away to promote cross ventilation and promote indoor/outdoor living. The large expanse of Low-E glass captures views into the forest from both levels, whilst maintaining a good thermal performance The rainwater collected from the 15000 litre harvesting system will be used to flush toilets and irrigate the landscaping. The indigenous green roof not only reduces heat gain in summer and heat loss in winter, it also serves to visually integrate the built environment with the natural surrounding vegetation. The interiors were designed by Moos Interior Architects.