MARYLAND DAY @ DC CLIMATE WEEK

7:00 AM - 8:00 PM | Stamp Student Union

As part of DC Climate Week, the University of Maryland will host a full day of climate and energy innovation programming on Tuesday, April 21st, bringing together founders, investors, researchers, and ecosystem partners from across the region.

Events will take place across campus, with many activities centered at Adele H. Stamp Student Union. Throughout the day, attendees can explore panels, discussions, and networking opportunities focused on climate technology, entrepreneurship, and the future of sustainable energy.

Lunch and Plenary Panel

12:00 PM – 2:00 PM | Stamp Student Union

Energy Innovation Policies and Opportunities in Maryland Sponsored by MEII and MEIA

Kelly Speakes-Backman, Director, Maryland Energy Administration
Senator Brian J. Feldman, Chair, Senate Education, Energy, and the Environment Committee, Maryland Senate
Delegate David Fraser-Hidalgo, Maryland House of Delegates
Jigar Shah, Former Director, U.S. Department of Energy Loan Programs Office
Serena C. McIlwain, Secretary, Maryland Department of the Environment

MEIA Innovation Showcase

4:00 PM – 7:00 PM | Stamp Student Union

As part of Maryland Day at DC Climate Week programming, join MEIA for an exciting day of climate tech innovation at MEIA’s Demo Day — a dynamic showcase of visionary founders and breakthrough technologies shaping a more sustainable, resilient energy future.

Investment-ready startups will take the stage to deliver quick, compelling pitches covering their big vision, cutting-edge technology, and the remarkable progress they've made in building truly investable businesses. This is an incredible opportunity to see firsthand the new solutions being developed to meet growing global energy demands while making our world cleaner — all coming from the state that drives climate innovation.

Beyond the pitches, there will be plenty of time to network with fellow members of the DMV ecosystem and get an up-close look at the groundbreaking technologies being developed at the University of Maryland's Energy Innovation Institute (MEI2).