Teams took on problems ranging from grid reliability and energy storage, to sustainable fuels infrastructure, rural electrification, fleet decarbonization, and community engagement in renewable energy development.

Dartmouth students are driving the energy transition from every angle, building wind turbines in the Peruvian Andes, modeling clean energy supply chains, building solar cells at a national lab, and more.

Dartmouth undergraduates visited coal mines, fracking sites, watershed restoration projects, workforce training programs, and the halls of federal power in Washington, D.C. They met miners, environmental justice organizers, natural gas executives, congressional staffers, and families living in the middle.

The comprehensive initiative offers a concept-to-market venture-building experience, empowering the next generation of energy and climate entrepreneurs.

Held each Winterim, TuckLAB: Energy offers undergraduate students from all majors an interactive introduction to the social, technical, and business landscape of energy systems.

An interactive introduction to the U.S. energy system with leading experts, the bootcamp featured a dynamic blend of lectures, interactive activities, games, and networking opportunities.

Dartmouth students can craft personalized energy pathways through curricular options and the Institute's experiential learning.

Arshi Mahajan '27 deepened her work with the Energy Justice Clinic, partnering with Upper Valley organizations to address energy insecurity and explore community-led climate solutions.

Through research, internships, and professional development opportunities, students discovered firsthand the dynamic interplay between energy systems and communities, and the critical roles they can play at local and global levels.

Matthew Timofeev '25 received an Outstanding Undergraduate Research in Computational Science award from the Neukom Institute, recognizing his collaboration with Van Guarnieri '21 and Th'22, PhD candidate Julia Huddy, and Assistant Professor William Scheideler.