By Damilola Fatunmise
Professor Osarobo Omorogieva Ighodaro has firmly established himself as a transformative figure in the world of mechanical engineering. As the world celebrates the start of 2025, his remarkable contributions, particularly in developing solutions that merge engineering expertise with societal impact, serve as a source of inspiration. Renowned for his research, teaching, and groundbreaking innovations, Professor Ighodaro continues to set new benchmarks for excellence in his field. His latest accolade—the development of an adaptable electric drive unit, a device capable of motorizing a manual wheelchairs, which was awarded the most likely to win a nobel prize by MassChallenge, Isreal —stands as a testament to his dedication to addressing real-world challenges through engineering ingenuity.
Now a full Professor of Mechanical Engineering at the University of Benin, Nigeria, Professor Ighodaro has spent over 15 years advancing the frontiers of research, education, and innovation. His academic journey began at the University of Lagos, where he earned a Bachelor’s degree in Mechanical Engineering. He went on to obtain a Master’s degree in Thermal Power Engineering from the University of Benin and later completed his Ph.D. at Newcastle University in the United Kingdom. At Newcastle, he specialized in modeling and simulation of intermediate temperature solid oxide fuel cells, research that would later influence his contributions to energy systems and sustainable technology.
Over the years, Professor Ighodaro has built an impressive portfolio of research and practical innovations, with expertise spanning thermal power systems, renewable energy integration, nano-particle enhancements, and advanced energy storage. Among his many accomplishments, the development of an adaptable electric drive unit for wheelchairs has garnered particular attention for its societal impact. This innovative device provides individuals with disabilities greater independence and mobility, allowing them to navigate diverse terrains with ease. By designing a solution that is both technologically advanced and user-friendly, Professor Ighodaro has addressed an essential accessibility challenge, significantly improving the quality of life for users.
This achievement is emblematic of his broader approach to engineering—one that combines technical rigor with a deep understanding of societal needs. By creating practical solutions for real-world problems, Professor Ighodaro exemplifies the role of engineers as agents of change. His adaptable electric drive unit is not just an invention; it is a statement of how engineering can empower individuals and foster inclusivity.
In addition to his innovative contributions, Professor Ighodaro has made significant strides as an educator and mentor. At the University of Benin, he serves as the Thermo-Fluid Unit Leader, where he is responsible for developing and delivering undergraduate and postgraduate curricula. Over his career, he has supervised numerous Ph.D. and Master’s students, successfully guiding over a dozen postgraduate research projects to completion. His dedication to teaching and mentorship has helped cultivate the next generation of engineers, equipping them with the skills and critical thinking abilities needed to address the challenges of the future.
Professor Ighodaro’s influence extends beyond the classroom and laboratory. He is a member of several esteemed professional organizations, including the American Society of Mechanical Engineers and the Energy Institute in the UK. He is also a Fellow of the National Institute of Professional Engineers and Scientists. Through his involvement in these organizations, as well as his participation in international conferences, he has contributed to shaping the global discourse on mechanical engineering and sustainable energy solutions. His work has been presented at prominent events such as the Symposium on Fuel Cell and Battery Modeling in Switzerland and the Comsol Users Conference in the Netherlands, reflecting his status as a thought leader in his field.
With over 50 publications in top-tier journals, Professor Ighodaro’s research portfolio is a testament to his intellectual rigor and innovative spirit. His studies have explored a wide range of topics, from renewable energy systems and gas turbines to nano-particle improvements and heat transfer technologies. His most recent publications include groundbreaking work on thermal energy storage mediums for solar power applications and off-design modeling of gas power plants, highlighting his commitment to addressing pressing global energy challenges.
Among the numerous accolades he has received, two stand out as career highlights: the Certificate of Innovation and Excellence from the Nigerian Institution of Mechanical Engineers and the “Most Likely to Win a Nobel Prize” award from the MassChallenge competition in Israel, presented in October 2021 and March 2022, respectively. These honors recognize his groundbreaking work on the adaptable electric drive unit for wheelchairs, celebrating not only his technical ingenuity but also the profound societal impact of his efforts.By addressing mobility challenges faced by individuals with disabilities, Professor Ighodaro exemplifies how engineering can serve as a force for good, bridging the gap between advanced technology and human needs.
Professor Ighodaro’s career is also marked by his leadership roles within the University of Benin and beyond. As a former Head of the Mechanical Engineering Department, he played a pivotal role in curriculum development and departmental governance. His administrative acumen and ability to foster collaboration have been instrumental in advancing the university’s mission of academic excellence. Additionally, his work as Managing Editor of the Journal of Energy Technology and Environment has helped promote high-quality research in energy systems and sustainable technologies.
Looking ahead to 2025, Professor Ighodaro’s story serves as a powerful reminder of the transformative potential of engineering. His contributions exemplify the highest standards of creativity, problem-solving, and dedication to societal well-being. By combining technical expertise with empathy and a vision for a better world, he continues to inspire engineers, researchers, and students alike. His work is a testament to the idea that engineering is not just about innovation—it is about making a tangible difference in people’s lives.
As the world faces complex challenges, from energy sustainability to accessibility, the need for visionary leaders like Professor Ighodaro has never been greater. His achievements highlight the critical role that engineers play in shaping a sustainable and inclusive future. With his groundbreaking innovations, dedication to education, and unwavering commitment to excellence, Professor Osarobo Omorogieva Ighodaro stands as a beacon of hope and progress in the field of mechanical engineering.