Sameer Rao is an Assistant Professor in Mechanical Engineering at The John and Marcia Price College of Engineering. His groundbreaking work in atmospheric water harvesting (AWH) and sustainable thermal practices has transformed how critical global challenges—such as water scarcity, climate change, and disaster resilience—are addressed. This research is advancing the frontiers of science but also improving lives.

His expertise in AWH has directly shaped global policymaking through his collaboration

with the United Nations Food and Agriculture Organization (FAO). His insights informed two seminal FAO reports that helped develop actionable strategies for sustainable agricultural water management in water-scarce regions.

Rao has also spun up a startup to commercialize his AWH technology that focuses on delivering affordable water solutions to underserved communities and disaster-stricken areas.

His research also addresses sustainable thermal practices in the industry. In collaboration with U.S. Magnesium, he is developing renewable energy-driven brine recycling processes that convert waste into fresh water while preserving fragile ecosystems and ensuring national security as a part of an NSF Regional Innovation Engine program. Similarly, his partnership with Chevron’s ACES Hydrogen Storage Hub integrates non-consumptive water recycling into hydrogen storage operations, supporting the transition to green hydrogen while minimizing environmental impacts.

Rao is also deeply committed to inspiring the next generation of scientists. He fosters inclusivity and engagement in STEM through outreach programs targeting high school and middle school students, broadening participation in fields critical to innovation and sustainability.