Selected Work
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Stow Passive House
Single Family Residence | -4.3kBtu/sf/yr
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Porter Road Apartments
Cambridge Housing Authority | 26 Unit Affordable Deep Energy Retrofit
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Providence Net Zero
Single Family Residence | 2.5kBtu/sf/yr
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Belmont Modern 2.0
Single Family Residence | 2.5kBtu/sf/yr
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Columbia Street Residences
HRI | 3 Unit Affordable Deep Energy Retrofit
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Somerville Net Zero
Single Family Residence | -1.40kBtu/sf/yr
THOUGHTFUL DESIGN. RIGOROUS EXECUTION.
How We Work
Design. We begin by understanding how you want to live, and then by crafting the feeling of each space: the quality of morning light in the kitchen, the way the interior opens to the landscape, and the particular patterns of daily life. The result is architecture that feels connected to its place and distinctly your own.
Service. Exceptional buildings result from careful coordination and informed decision-making. We consider design, building science, mechanical systems, constructibility, and cost together, resolving details prior to construction so our clients can navigate the process with confidence.
Performance. We design in alignment with the Passive House Standard to achieve exceptional thermal comfort, healthy indoor air, durability, resiliency, and dramatically reduced energy use. With mechanical design expertise in-house, architecture, enclosure, and systems are integrated from concept through construction.
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CUSTOM & MODERN HOME ARCHITECTS
Who We Are
We are a team of architects, designers, and engineers creating beautiful, healthy buildings that improve our living world.
ZeroEnergy Design is a Boston-based architecture and mechanical design firm working throughout New England. With more than two decades at the forefront of high-performance design, we design custom homes, renovations, multifamily housing, and institutional buildings for clients who value thoughtful design, exceptional comfort, healthy indoor environments, and lasting performance.
We work to reduce operational energy and embodied carbon in the built environment while considering the broader human health and environmental impacts of material choices, from extraction and manufacturing through construction and occupancy.
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