Challenging multidisciplinary teams of collegiate students to offer unique solutions to converting non-powered dams to hydroelectric dams.

Create reliable and cost-effective renewable power at sea to support Powering the Blue Economy™ initiatives. #PowerAtSea Prize

Challenging multidisciplinary teams of undergraduate and graduate students to offer unique solutions to modern marine energy challenges.

Integrate marine renewable energy with ocean observation platforms, to revolutionize data collection needed to understand and map the ocean.

Let’s forge a wave-powered future together! New wave energy technologies have the potential to power much of the nation’s grid.

Encourage the development of new ideas to cut the costs, timelines, and risks associated with small hydropower foundation development.

Accelerated the development of wave-powered desalination systems to provide drinking water in disaster relief and coastal locations.

Support hydropower by integrating advanced manufacturing technologies to lower costs, improve performance, and reduce manufacturing times.

Catalyzing new solutions, designs, and strategies to prevent fish from swimming into water infrastructure.

For next-generation pumped-storage hydropower development and the encouragement of exploration for new use cases of PSH.

Helping college students prepare for jobs in the wind and renewable energy workforce through real-world experiences.

Challenging multidisciplinary teams of collegiate students to offer unique solutions to converting non-powered dams to hydroelectric dams.

Create reliable and cost-effective renewable power at sea to support Powering the Blue Economy™ initiatives. #PowerAtSea Prize

Challenging multidisciplinary teams of undergraduate and graduate students to offer unique solutions to modern marine energy challenges.

Integrate marine renewable energy with ocean observation platforms, to revolutionize data collection needed to understand and map the ocean.

Let’s forge a wave-powered future together! New wave energy technologies have the potential to power much of the nation’s grid.

Encourage the development of new ideas to cut the costs, timelines, and risks associated with small hydropower foundation development.

Accelerated the development of wave-powered desalination systems to provide drinking water in disaster relief and coastal locations.

Support hydropower by integrating advanced manufacturing technologies to lower costs, improve performance, and reduce manufacturing times.

Catalyzing new solutions, designs, and strategies to prevent fish from swimming into water infrastructure.