Join us as we showcase the 2025 Geothermal Rising Scholarship recipients, emerging researchers shaping the future of geothermal energy. These talented students are tackling some of the industry’s most exciting challenges, from AI-driven subsurface mapping and proppant modeling at Utah FORGE to geothermal prospectivity in Australia’s Eromanga Basin. You’ll also hear about smart tracers designed to improve geothermal system efficiency and an overview of key trends in China’s growing geothermal sector.
This event celebrates the creativity and curiosity driving the next generation of geothermal professionals. By attending, you’ll help champion these scholars and their groundbreaking research as they lead the way toward a more sustainable energy future.
Join us to support, learn from, and be inspired by the 2025 Geothermal Rising Scholars!
Meet our student presenters:
Kayode Adewole
Federal University of Technology, Akure – Applied Geology
Kayode is a junior majoring in Applied Geology with a growing passion for geothermal energy exploration. His early academic work focuses on the potential for geothermal resource mapping in West Africa and the tools needed to characterize subsurface systems for sustainable energy production.
Ayat Alasadi
The University of Utah – Civil and Environmental Engineering (Ph.D.)
Ayat’s research focuses on numerical modeling of geothermal reservoirs to better understand heat transfer and fluid flow in fractured rock systems. Her work contributes to optimizing reservoir management and improving the long-term sustainability of geothermal production.
Daniel Akinyemi
University of Houston – Geophysics and Seismology
Daniel’s research investigates changes in seismic properties and wave patterns associated with geothermal reservoirs. In his presentation, he will highlight techniques to detect subsurface changes during geothermal production using advanced seismic imaging and machine learning approaches.
Aaron Baxter
Cornell University – Chemical Engineering (Ph.D. Candidate)
Aaron’s research examines the characterization and scaling behavior of geothermal brines to improve the efficiency of resource extraction and minimize operational challenges. His work supports the development of next-generation geothermal systems with improved thermal and chemical stability.
Michael Natzler
Peking University, Yenching Academy – China Studies (International Relations Track)
Michael will explore the policy and geopolitical dimensions of geothermal energy within China’s broader decarbonization strategy. His presentation highlights international cooperation opportunities and the role of geothermal power in achieving net-zero commitments.
Register here
