Global Energy Prize Laureate
UH Engineering Professor Kaushik Rajashekara, Fueled by Unrelenting Will to Achieve, is One of Three
"Professor Rajashekara does not see limits, only possibilities. Electric vehicles are changing the way the world moves, and he has played a vital role in the exploration and improvement of this innovation."
Renu Khator - University of Houston president
The most coveted prize in the field of international energy – the Global Energy Prize bestowed by the Global Energy Association – has been awarded to University of Houston Distinguished Professor of Engineering Kaushik Rajashekara. This is rarified air, indeed. Only three people in the world were selected for the honor this year out of a record 119 nominations from 43 countries.
Think Nobel Prize for science or Academy Award for film. That’s the level of award Rajashekara, who humbly likes to be called “Raja,” has taken home.
“When I received the e-mail about my selection, I could not believe it for a moment. This award definitely shows the importance of energy efficiency improvement and reducing emissions."
As the former lead propulsion system engineer for General Motors’ IMPACT electric vehicle, Raja may be better known as the man who helped advance the technologies that led to the first commercially produced electric vehicle, the GM EV1 in 1995.
Rajashekara with GM Impact electric vehicle (1993)
Rajashekara with GM Impact electric vehicle (1993)
He calls himself a “futurist” because he is always working on futuristic projects. After ushering in the era of electric and hybrid cars from 1989-2006 by advancing the technologies including the EV1, he left his position at GM/Delphi for his next revolutionary project. At Rolls Royce, he worked on advanced architectures for more electric and hybrid electric aircrafts bringing to life his notions of converting ancillary equipment used on aircrafts (like air conditioning and cooking devices) to electricity, leading to next generation aircrafts beyond the 787 Dreamliner-types.
With those futuristic projects in the past, he says the next big thing will be flying cars – and he’s all in. If his track record is proof, it may be time to look skyward for a parking spot.
“Professor Rajashekara does not see limits, only possibilities. Electric vehicles are changing the way the world moves, and he has played a vital role in the exploration and improvement of this innovation,” said Renu Khator, University of Houston president. “I congratulate him for this well-earned global distinction and for his role in positioning the University of Houston as the ‘Energy University.'"
The Prize
Rajashekara is the winner in the New Ways of Energy Applications category for outstanding contributions to transportation electrification and energy efficiency technologies while reducing power generation emissions. He is engaged in power plants for electric, hybrid and fuel cell vehicles; electric and hybrid electric aircraft systems; hybrid flying vehicles and electric vertical takeoff and landing (eVTOL) vehicles. He is the owner of 36 U.S. patents and 15 foreign patents.
The prize honors “outstanding scientific research and scientific-technical developments in the field of energy which promote greater efficiency and environmental security for energy sources on Earth in the interests of all mankind.”
He is joined as a 2022 laureate by Viktor Orlov, chief specialist of the Centre for Innovative Technologies (Rosatom in Russia) and pioneer in thermonuclear physics; and Mercouri Kanatzidis, professor of chemistry and materials science at Northwestern University and senior researcher at the Argonne National Laboratory. He is one of the most highly cited chemists with over 1,450 published scientific papers.
The laureates were selected by the international committee of scientists from 11 countries: United States, Italy, China, Hungary, India, Japan, Singapore, South Africa, Switzerland, the United Arab Emirates (UAE) and South Korea. The awarding ceremony will be held during Russian Energy Week in Moscow, October 12-14.
"Raja’s vast knowledge and incredible research output has been instrumental in strengthening the intellectual base at UH and our strategic partnerships with the energy industry.”
“I have been working on transportation electrification for a long time, starting with Rail Transportation in ABB, then electric and hybrid vehicles in General Motors and Delphi, and then for Aircraft electrification in Rolls-Royce. At the University of Houston, I was able to continue to work in this area and advance the technologies for reducing emissions,” said Rajashekara.
Still with that pedigree, Raja was shocked when news of the award came.
“When I received the e-mail about my selection, I could not believe it for a moment. This award definitely shows the importance of energy efficiency improvement and reducing emissions, particularly in the area of transportation, which is responsible for a significant portion of global emissions,” said Raja.
Global Energy Prize Laureates' Announcement Ceremony in Khanty-Mansiysk, Russia, July 12 (Global Energy Association)
His awards are many. He has published more than 250 articles in international journals and conference proceedings, co-authored one book with IEEE Press, and has written six monographs and individual chapters for eight books. He was elected a member of the U.S. National Academy of Engineering in 2012, the Indian National Academy of Engineering in 2013 and the China National Academy of Engineering in 2021 for his contribution to development of the power conversion systems in transportation. He is a laureate of the IEEE Medal for Environmental and Safety Technologies (2021), the Richard Kaufman Award (2013) and several other prestigious awards.
“The Global Energy Prize is reserved for the best of the best in energy, and Professor Rajashekara is certainly that,” said Ramanan Krishnamoorti, UH chief energy officer. “Since joining the University of Houston in 2016, Raja’s vast knowledge and incredible research output has been instrumental in strengthening the intellectual base at UH and our strategic partnerships with the energy industry.”
Rajashekara joined UH's Cullen College on Engineering in 2016
Rajashekara joined UH's Cullen College on Engineering in 2016
Testing an integrated motor and inverter unit on an EV system (1995)
Testing an integrated motor and inverter unit on an EV system (1995)
Keynote speaker at symposium of power electronics and electric drives education in Xiamen, China (2019)
Keynote speaker at symposium of power electronics and electric drives education in Xiamen, China (2019)
Induction into National Academy of Engineering (2012)
Induction into National Academy of Engineering (2012)
Amazing Journey
Rajashekara’s history of becoming a giant in his field is even more impressive than his innumerable accolades. As a little boy growing up in a village in India with his parents and two brothers, he lived in a one room lean-to that he said was smaller than the office he now occupies at UH. He read by kerosene lamplight and though neither of his parents were educated, his mother was determined that her children would do better and be the best at whatever they pursued.
High school came to his village in time for him to attend. He cobbled together scraps of paper, gluing them to do his homework.
His biggest challenge was money. In today’s dollars, the salary his father made per month would equal about $1.75. But his circumstance held neither he nor his siblings back. One, like him, is an engineer and the other is a doctor. An innate and unrelenting will to achieve was borne in the Rajashekara family.
Coming from such humble beginnings, Rajashekara says he is proud of his role in convincing a skeptical society that electric cars could become reality.
But he says he’s proudest of his ability to help students, colleagues and friends succeed. “To help them succeed in their lives and professions is what I want to see,” he said.
Professor Rajashekara with students at the Cullen College of Engineering.
Professor Rajashekara with students at the Cullen College of Engineering.
That, and them flying to work in their cars over an expanded UH Energy program.
- Story published on July 20, 2022
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