Class of 2023-2024: Challenging multidisciplinary student teams to design and model solar-plus-storage systems for a campus or district.

Expand the utilization of non-traditional sources of water, ensure water security in the U.S. and improve the resilience of infrastructure.

Developing energy storage solutions that can accommodate cooling, thermal, and/or electric energy loads at the industrial facility size.

College students: Compete to solve real-world geothermal technical and policy challenges for a chance at thousands in DOE prize funding!

Develop systems that use low-cost solar-thermal energy to help clean water produced by oil & gas extraction & other industrial activities.

This challenge is seeking your ideas for how to automate the inspection of scrap materials in a way that is quick, accurate, and objective.

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

College students: Compete to solve real-world geothermal technical and policy challenges for a chance at thousands in DOE prize funding!

Abundance catalyst. An innovative environment allowing people to escape scarce resource and re-focus entirely on their passions.

Catalyze geothermal manufacturing innovation by harnessing the rapid advances in additive manufacturing.

Rio Tinto seeks new approaches for mineral sands mining to reduce water use, avoid costly infrastructure and minimize environmental impacts.

Create a compact, efficient system for astronaut rescue on the lunar surface - helping ensure swift, safe evacuation in extreme conditions.