From Waste to Watt: Professor Yan Li's Thermoelectric Breakthrough
Yan Li, Assistant Professor of Engineering, and her team have developed a system that could substantially reduce energy demand and carbon emissions.
[more]Yan Li, Assistant Professor of Engineering, and her team have developed a system that could substantially reduce energy demand and carbon emissions.
[more]Accurate monitoring of aquatic ecosystems is crucial in the context of climate change. A new autonomous robot designed to monitor waterbodies promises to transform how we study and protect our lakes and reservoirs.
[more]Yan Li, Assistant Professor of Engineering, and her team developed a system that could substantially reduce energy demand and carbon emissions.
[more]Energy systems are undergoing their most significant transformation since the widespread adoption of electricity over a century ago. To effectively adapt, robust data management and platform solutions are critical for coordinating the complex interactions within the energy landscape.
[more]Hayden Miller '25 merges his passion for video, paddling, and science.
[more]