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Jim Stanislaski serves as managing director of Accelerating Decarbonization at the Massachusetts Clean Energy Center( MassCEC), where he leads a missiondriven team focused on three critical areas: buildings, a net-zero power grid, and clean transportation. Jim, a licensed architect, will join the afternoon panel at the Built Leadership Forum on Nov. 16, the kickoff event of Boston Built Week, and I had the chance to ask him a few questions ahead of the forum about MassCEC’ s work, what excites him in design and construction today, and how builders, designers, and climatetech innovators can forge stronger connections. Here is what he shared.
Anastasia Barnes: How is the Massachusetts Clean Energy Center helping drive solutions to energy and climate challenges in the built environment?
Jim Stanislaski: We do this in four main ways:
• Demonstration projects: We test technologies and approaches in the field under real world conditions to understand barriers and opportunities for market adoption.
• Share and create knowledge: Through funding research, market sector analyses, and other studies, we create a greater understanding of key issues and develop a foundation for future work.
• Develop partnerships: We convene and connect innovators across multiple disciplines that might not be collaborating otherwise. This leads to new synergies, teaming arrangements, and process improvements within and across sectors.
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Jim Stanislaski
• Inform policy: The items above all contribute to sound policy, but our Accelerating Decarbonization team also serves on multiple working groups that give direct recommendations to policymakers.
AB: As an architect, what excites you about the advances in how we design and build in Boston and beyond? What challenges remain?
JS: I’ m excited by the rapid advancement of technology cutting across formerly siloed disciplines. In my career, I’ ve seen 3D computer design software and modeling platforms that enable architects, engineers, and builders to work more collaboratively toward integrated design solutions that save energy, time, and construction costs.
I’ m excited about modular construction, networked geothermal energy, plummeting solar costs, smart heat-pump technology, and material innovations like low-carbon concrete, and materials made from wood, mushrooms, and industrial waste.
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I’ m concerned about AI and robotic construction diluting some of the visceral beauty and artistic craft of design and building.
I think a major challenge remains for chemists, ecologists, material scientists, product designers, and industrial designers especially: How do we build with safer, healthier, low-carbon materials that are designed to hold value across their entire lifecycle and not just thrown away?
AB: Massachusetts has emerged as a hub for climatetech startups. What draws entrepreneurs to the state?
JS: Massachusetts attracts climatetech entrepreneurs because it combines cutting-edge innovation with a strong ecosystem for turning ideas into companies. On just my short train ride and walk to work through Cambridge and Beacon Hill, I pass world-class universities and research institutions, promising startups, experienced investors, and state government partners committed to climate solutions.
Massachusetts also provides entrepreneurs with both capital and a pathway to customers. MassCEC programs help startups test technologies, build partnerships, access demonstration sites, and attract follow-on investment.
AB: How can we build stronger connections among builders, designers, and climatetech innovators?
JS: Get out and build something difficult together. Builders want to build. Designers want to see their designs realized. Climatetech companies want their technology out in the market. When I think about the closest teams I have
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been part of, we were building something complex and difficult together in the real world, with tough budgets, changing policies, and lots of lessons learned.
This is why our MassCEC team focuses on demonstration projects— like our partnership with HEET and Eversource to build the first networked geothermal residential project in the country, connecting 30 buildings in Framingham to clean and affordable underground thermal energy.
Our Buildings team is also testing innovative electrification finance strategies for public schools in low-income communities, cost-saving construction and equipment in existing housing, wastewater heat capture in urban neighborhoods, increasing small all-electric housing availability, and low-carbon structural building materials.
AB: MassCEC and BE + recently launched the Massachusetts Building Performance Exchange. What is the initiative, and what does it aim to achieve?
JS: There is currently an information gap for decarbonizing large existing commercial and multifamily buildings. Owners, developers, and building professionals need a credible and reliable place to find practical information, successful examples, training, incentives, financing options, and lessons learned.
The Building Performance Exchange website is a curated, well-organized, searchable statewide resource, which is much more targeted than wasting hours on internet searches that never seem to match your specific needs or building type. Those interested can visit buildingperformance. exchange to learn more.
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