Faculty

Anna Staerz wins an ARPA-E IGNIITE Award to develop optical sensors that detect corrosive impurities in high-pressure CO2 pipelines.

Colorado School of Mines is integrating AI into the undergraduate educational experience in ways that reflect how technology is transforming engineering, science and industry.

Colorado School of Mines experts lead global research in critical minerals economics and policy, analyzing supply chains, market forces and national security policy.

Colorado School of Mines researcher Adrienne Marshall earned an NSF CAREER Award to study Western U.S. snowpack, improving long-term forecasts for water resources and climate resilience.

New breakthroughs in critical minerals processing at Colorado School of Mines are unlocking vital metals from industrial byproducts, end-of-life electronics and more.

Colorado School of Mines faculty earn three NSF CAREER Awards advancing materials engineering research in steel, quantum materials and critical minerals.

Colorado School of Mines will lead two Genesis Mission projects using AI to advance critical mineral exploration and nuclear fuel recycling.

At Colorado School of Mines, experts are solving real-world problems in critical minerals exploration by leveraging cutting-edge technologies.

By putting "silly sprinklers" in reverse, researchers have solved Feynman's sprinkler problem to unlock new secrets of fluid dynamics and physics.

NSF CAREER Award recipient Alexander Pak advances research on biological systems, using AI to better understand and predict protein self-assembly.