Dartmouth lecturer Shuchen Cong blends technical analysis with human realities, emphasizing uncertainty, cross-sector fluency, and communicating complex findings to diverse stakeholders.

The key to surviving climate change? That would be the ability to respond and adapt. As the two speakers in the seminar explained, adaptation and response are as important for both humans and tiny fruit flies.

In her Master of Energy Transition course, Daniels teaches students to see the energy transition as a deeply human challenge—one that demands systems thinking, equity, and the conviction that local action can drive meaningful change.

The energy transition is marked by profound uncertainty. Faculty presentations highlighted the unknowns, as well as the community and tools that are moving systems forward.

Professor Wilson, who teaches in the MET program, examines the socio-technical systems of the energy sector with a particular focus on how law and policy shape the adoption of emerging technologies.

Donovan highlights that as the energy transition advances, innovation in clean energy finance—especially around grid constraints and distributed energy—creates new opportunities for investors and consumers alike.

Today, electricity demand is growing faster than ever—driven by a 30 percent jump in data‑center consumption over the past five years, a 45...

Professors Mukul Sharma and Elijah Stommel highlighted the outsized impacts of algae on both climate and human health.

A faculty member in the Master of Energy Transition program, Chen is exploring how AI agents and large language models can simulate how customers will respond to real-time pricing and incentives.