In a time when the Nigerian government is urging the youth to engage in scientific research and innovation, Kamal Kayode Abdulraheem is leading the way in nuclear energy development. In 2023, he received the prestigious Eric and Wendy Schmidt AI in Science Research Fellowship at the University of Michigan, Ann Arbor, which is recognized among the top universities globally. This opportunity is fostering his pioneering research into autonomous control systems for nuclear microreactors, specifically focusing on load-following operations, advanced model predictive control systems, and sliding mode controllers. His innovative software integrates reinforcement learning with nonlinear predictive control to boost microreactor efficiency.
The significance of science and technology, particularly in fields like nuclear physics, is crucial for driving progress in power, energy, agriculture, mining, and industrial development. Understanding this, Nigerian governments have consistently prioritized science and technology initiatives and called for universities to lead in research and development. At the forefront of nuclear energy innovation in Nigeria is Abdulraheem, whose extensive expertise encompasses nuclear reactor dynamics, control systems, and artificial intelligence. With over 15 years of experience, he has showcased exceptional skills in multiphysics modeling, numerical methods, programming, and data analytics to advance nuclear technologies.
In his role as a simulator instructor, Abdulraheem has become proficient in simulating normal, transient, and accident scenarios using advanced full-scope simulator software, like the Generic Pressurized Water Reactor simulator acquired by the Nigerian Atomic Energy Commission in 2013. This simulator has played a vital role in enhancing Nigeria’s nuclear energy capabilities.
Abdulraheem’s educational path underscores his commitment to achieving excellence. He earned his bachelor’s degree in electrical engineering from Ahmadu Bello University, Zaria, Nigeria, followed by a master’s degree in Advanced Control and Systems Engineering from the University of Manchester, UK. His postgraduate education was supported by a scholarship from the Petroleum Technology Development Fund, highlighting his early prospects as a leading scholar in Nigeria.
Continuing his academic journey, Abdulraheem pursued additional studies in Nuclear Engineering at the National Nuclear Research University-MEPHI in Moscow, Russia, sharpening his expertise in nuclear reactor dynamics and control while addressing crucial challenges in the industry. His skill set includes multiphysics simulations using advanced tools for reactor design and thermal hydraulics, along with core modeling and simulation techniques.
Abdulraheem’s innovative spirit is further exemplified by his work in developing xenon oscillation suppression control systems for nuclear plants, targeting significant operational challenges that result in substantial financial losses annually. He has also created various control strategies adaptable to nuclear systems, showcasing his multifaceted approach to problem-solving in the energy sector.
As a Scientific Officer at the Nigerian Atomic Energy Commission, Abdulraheem significantly contributed to the engineering, commissioning, and installation of Nigeria’s first full-scope generic pressurized water reactor simulation system—a project that marked a milestone in the country’s nuclear energy journey. He led training initiatives for over 100 participants on nuclear power plant systems and safety protocols, employing his inventive skills to design practical scenarios for training purposes.
His international exposure includes participating in various training courses and workshops, enhancing his knowledge through engagement with leading nuclear industry players and organizations. These experiences underscore his deep commitment to nuclear safety and emergency preparedness, further enriching Nigeria’s nuclear energy landscape.
With a distinguished career that spans academia and global collaborations, Abdulraheem exemplifies the potential of Nigerian scientists on the world stage. His relentless pursuit of advancements in nuclear energy bolsters Nigeria’s scientific standing and establishes a new benchmark for innovation and leadership in tackling global energy challenges. As the nation continues to emphasize scientific research, Abdulraheem’s achievements highlight the transformative impacts of innovation, dedication, and expertise, providing a hopeful glimpse into a sustainable and technologically advanced future.
