College Teams Win Big in Clean Energy Design Contests

Students across America are turning classroom learning into breakthrough clean energy solutions, and two California teams just proved they're leading the charge.

The University of Southern California and California Polytechnic State University claimed grand prizes in the 2026 Hydropower and Marine Energy Collegiate Competitions this spring. These aren't just academic exercises. The teams spent a full year designing actual technologies that could help power homes and businesses with water-based renewable energy.

Cal Poly's winning team designed an innovative system that extracts energy from pressure-reducing stations in water districts. Their technology could turn everyday water infrastructure into mini power plants without building new dams.

USC's team tackled ocean energy with their "ModWave OWC," a modular device that retrofits onto existing breakwaters to capture wave power. As first-time competitors in the tougher Megawatt League, their bold entry paid off with the competition's highest honor.

The contests drew teams from 11 universities for hydropower and a record 24 for marine energy. Students tackled real industry challenges like adding power generation to non-powered dams and developing underwater energy systems for national security missions.

Beyond the prize money, students gained something more valuable: direct connections to future employers. The hydropower finals took place during a National Hydropower Association conference in Green Bay, Wisconsin, where industry leaders watched student presentations.

"Two students who were somewhat interested in hydropower jobs after completing their project are now actively applying for jobs with companies they met in Green Bay," said Lauren Rueda, Cal Poly's faculty advisor.

The competitions are funded by the U.S. Department of Energy's Water Power Technologies Office and run by the National Renewable Energy Laboratory. Their goal goes beyond finding clever designs. They're building an entire generation of engineers passionate about clean energy careers.

The Ripple Effect: These student innovations could accelerate America's transition to renewable energy in unexpected ways. While solar and wind dominate clean energy headlines, hydropower provides steady, reliable electricity that doesn't depend on sunny skies or strong breezes. By focusing young talent on water-based energy, these competitions are diversifying the clean energy workforce at exactly the right moment.

The marine energy competition also introduced a two-tiered system this year, offering both a challenging Megawatt League and a more accessible Kilowatt League. The change worked. Organizers received a record number of applications for the 2027 season, with 45 teams already locked in.

David Moseley from USC's winning team summed up the experience perfectly: "MECC was the perfect opportunity to broaden our horizons as we try to find new, exciting ways to innovate."

The next generation of clean energy innovators isn't waiting for tomorrow to make a difference.