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Learn about the Office of Technology Transitions' commercialization programs, people, and key initiatives in regularly published blogs.
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With support from the DOE Energy I-Corps program, researchers Holly Eagleston and Forest Danford at Sandia National Laboratories developed FireMap—a software that combines satellite imagery, weather data, and machine learning to characterize wildfire fuel conditions and simulate risk to electric-grid components.
This November marked the completion of the 21st Energy I-Corps cohort, bringing the total number of graduated teams to 270! To celebrate, Cohort 21 teams gathered in Washington, D.C. for a graduation ceremony to share their work with key stakeholders.
Energy I-Corps helped researchers develop monitoring sensor useful for everything from cancer treatment to high-risk exposure
Energy I-Corps helped shape the entrepreneurial mindset behind a solvent-based mineral recovery breakthrough.
From ultrafast nuclear imaging to a thriving startup, Advanced hCMOS Systems shows how Energy I-Corps sparks real-world impact.
Prize finalists—multidisciplinary teams of post-secondary students from universities across the U.S.—pitched their innovative business plans to bring a DOE National Laboratory-developed or other high-potential energy technology to market.
Efforts to recover critical minerals from coal ash are opening the door for new partnerships, business models, and regional investment.
OTC is proud to celebrate the program’s 10-year anniversary and the completion of its 20th training cohort, which captures the program’s continued growth, measurable impact, and ongoing success.
This May marked the completion of the 20th Energy I-Corps cohort, bringing the total number of graduated teams to 258! To celebrate graduating the program, Cohort 20 teams convened in Washington, D.C. and shared their work with key stakeholders.
Built through a DOE-supported public-private effort, this technology has already uncovered a record-setting rare earth deposit and is shaping a new model for domestic resource discovery.