How a non-technical founder built a tech solution to transform matreial selection for architects.
In the latest episode of Practice Disrupted, Evelyn Lee sits down with Vardhan Mehta, co-founder of AceLab, an AI-powered platform transforming how architects research and specify building materials. Vardhan shares his journey from practicing architect to tech entrepreneur, the inefficiencies he saw in traditional material selection, and how AceLab is helping firms make faster, data-driven product decisions.
The conversation begins with Vardhan’s early career working on complex building envelopes for U.S. embassies and high-profile projects at MIT and Yale. He describes how his experiences in traditional architecture firms highlighted the challenges architects face when balancing sustainability, cost, performance, and aesthetics in material selection. Recognizing the need for a better solution, he co-founded AceLab with the mission of streamlining the process through AI-driven insights.
Evelyn and Vardhan explore the intersection of architecture, entrepreneurship, and technology, discussing what it means to be a non-technical founder in a tech-driven space. They also discuss the role of AI in democratizing access to high-quality material data, making informed decisions easier for firms of all sizes.
“If architects want to retain control over project outcomes, we need better tools to navigate the complexity of material selection.” – Vardhan Mehta
The episode concludes with insights into venture funding, industry adoption, and advice for architects interested in launching their own startups or integrating AI into their workflows.
Guest:
Vardhan Mehta, AIA, CSI is a non-technical co-founder of AceLab, an AI-powered platform revolutionizing material research and selection for architects. Before launching AceLab, he worked on complex building envelopes for U.S. embassies and led material innovation projects at MIT and Yale. Recognized on the Forbes 30 Under 30 list for manufacturing and industry, Vardhan is passionate about bridging the gap between architecture and technology to improve design decision-making.
📍 Show Links: