Lead Photo Caption: Left to right: Shih-Fu Chang, Steven Feiner, Fermi Wang.

Over the course of the day, speakers and panelists examined three core themes: scalable electrochemical technologies in real-world settings, the optimal operation of electrochemical devices, and strategies to reduce dependence on critical materials while securing resilient supply chains. 

Each session featured a keynote address outlining the state of the field and its most promising frontiers, followed by panel discussions that tackled the practical and technical barriers to scaling up new systems. In keeping with CEEC’s mission to train the next generation of electrochemical engineers, PhD students concluded each session with brief presentations highlighting research conducted in collaboration with CEEC’s industrial partners. In parallel to the talks, CEEC’s 65 PhD students and postdocs curated a poster session, inviting attendees to dive deeper into their research across energy storage, conversion, and materials innovation.


Lead Photo Caption: Dan Steingart, CEEC Director and Stanley-Thompson Professor of Chemical Metallurgy

Lead Photo Credit: Brandon Vallejo/Columbia Engineering

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Greeshma Gadikota

Lenfest Earth Institute Professor of Climate Change

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