The Global Energy Association has unveiled its official shortlist for the 2026 Global Energy Prize, spotlighting 15 pioneering scientists from nine countries who are reshaping the future of clean technology.
Among the elite global finalists working on this ecological transition are two prominent figures deeply rooted in India’s technical institutions, Dr. Amit Goyal and Dr. Bhim Singh.
The selection narrows down an intense international competition overseen by a committee of world-renowned experts under the leadership of Nobel laureate Rae Kwon Chung. Nominees from dozens of territories were evaluated, with the highest-scoring minds grouped into three distinct categories representing the frontiers of current resource management.
Securing a coveted nomination in the “Traditional Energy” field, Dr. Amit Goyal represents the United States but carries a foundational legacy from India.
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Born in Rajasthan, Goyal completed his early schooling at Mayo College in Ajmer before earning his Bachelor of Technology honors degree in Metallurgical Engineering from the prestigious Indian Institute of Technology, Kharagpur, in 1986.
Now serving as a professor and the founding director of the RENEW Institute at the State University of New York at Buffalo, Goyal has spent decades establishing himself as a global authority on high-temperature superconducting wires and electronic materials.
His innovations bridge the gap between traditional power infrastructures and next-generation efficiency, aiming to drastically reduce environmental impact.
Simultaneously, the “Non-Traditional Energy” category honors Dr. Bhim Singh, an Emeritus Professor at the Indian Institute of Technology, Delhi.
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Singh, who earned his Master of Technology and doctorate degrees directly from IIT Delhi after graduating from the University of Roorkee, remains one of India’s most decorated electrical engineers.
With a career dedicated to mentoring over a hundred doctoral dissertations and filing dozens of patents, Singh’s work centers on solar photovoltaic power generation, clean water pumping mechanisms, and renewable energy microgrids. His research provides critical blueprints for decentralized, sustainable power grids tailored to rural and developing landscapes.
By emphasizing groundbreaking engineering over basic conservation, both finalists demonstrate how systemic hardware overhauls can combat resource depletion.
The international committee will review these shortlisted innovations in the final phase of the evaluation cycle to select the ultimate laureates of this prestigious scientific honor.