2022 Energy Transition Symposium
First Annual Energy Transition Symposium Held at UMass Amherst
Yesterday, more than 150 faculty, students and community members attended the first annual Energy Transition Symposium at the campus Student Union ballroom. The event showcased energy transition research and campus climate action from the five-college community, including (but not limited to) work in STEM, social sciences, humanities, business, and interdisciplinary studies.
Press coverage: First Annual Energy Transition Symposium Held At UMass
Amherst Indy, May 6, 2022
Symposium Highlights
UMass Amherst faculty, students and the five-college college community participated in the following events:
Career panel with four energy industry leaders
Keynote welcome by Chancellor Kumble R. Subbaswamy
Virtual keynote speaker Secretary Kathleen A. Theoharides
Presentation of the UMass Amherst carbon mitigation plan
Two student poster sessions with a competition
Student networking lunch with the career panelists
Career Panel
The morning program began with an hour-long career panel discussion and Q&A session, introduced by Erin Baker, professor of industrial engineering and faculty director of ETI, and moderated by Vivian Ogechi Nwadiaru, UMass Amherst PhD Industrial Engineering student and ELEVATE fellow. The panel included a variety of energy industry leaders including:
Dan Berwick, Borrego Energy
Dr. Ariel Horowitz, Massachusetts Clean Energy Center
John Larsen, Rhodium Group
Roger Kranenburg, Eversource
Following the panel discussion, UMass Amherst ELEVATE program fellows enjoyed a networking lunch with the panelists.
Poster Sessions
In the afternoon, more than 70 students from the five-college community presented their projects during poster sessions, related to the topics of energy transition, environmental justice, and sustainability. Poster projects included, for example, “Residential Demand Response: The Future of New England’s Energy Policy”, “Grid Stability and Resilience”, “Solar for All: Achieving Justice Through State Policies”, “Analysis of Low-Induction Rotors for Increased Power Production” and “Mooring Lines Fatigue in Shallow Water for Floating Offshore Wind Turbines”. There was also a poster competition judged by designated faculty members, who awarded 1st Place Student Poster to Doron Rose M.S. ME ‘22 and 1st Place Audience Choice to Julia Fox, M.P.P.
“The career panel offered a lot of big perspectives on the whole energy transition,” said Doron Rose, M.S. Mechanical Engineering ‘22 student, Wind Energy Fellow and ELEVATE fellow. “It was great to see people very engaged with the student posters,” said Rose.
Christian Hernández-Negrón, Wind Energy Fellow, ELEVATE Affiliate and PhD candidate in Industrial Engineering and Operations Research said, “We lined up a fantastic panel session where we nourished ourselves with valuable information and realized the importance of communication between academia and industry to rapidly bring science and technology to address the present and national climate challenges in the US and the globe. I am thrilled to be part of the data scientists and scholars working hard and strategically for a better and cleaner future.”
Keynote Address
After the poster session, ELEVATE program Director Matthew Lackner introduced UMass Amherst Chancellor Kumble R. Subbaswamy, who welcomed virtual keynote speaker Kathleen A. Theoharides, Secretary, Massachusetts Executive Office of Energy and Environmental Affairs (EEA). Following the keynote, Ted Mendoza, UMass Amherst Capital Projects Manager for Design and Construction Management, presented the university’s Carbon Mitigation Plan.
The event was sponsored by ELEVATE in partnership with the Energy Transition Institute, the iCons Program, Clean Energy Extension, Campus Sustainability, and the Wind Energy Fellows Program.
About ELEVATE
The ELEVATE program offers fellowships to PhD students doing convergence research across disciplines on clean energy, equity and climate resilience. The program is situated within the Energy Transition Institute (ETI) and is supported by two grants totaling $6.3 million from the National Science Foundation.