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Sunday Omokhoya Joseph’s curious mind propels interest in electric generation systems

May 22, 2025
By Yuri Bult-Ito

“Necessity is the mother of invention,” Sunday Omokhoya Joseph said of what led him to ACEP.

With engineering studies as an undergrad and several years of engineering work after graduation under his belt, he wanted to pursue research in advanced energy systems.

More specifically, he was interested to learn about critical research gaps in conventional synchronous machines. A synchronous machine is a device that converts mechanical energy into electrical energy (generator mode) and can also convert electrical energy into mechanical energy (motor mode).

Joseph is currently pursuing a master’s degree in electrical engineering at ������ under the mentorship of Richard Wies.

After earning a Higher National Diploma (equivalent to a Bachelor of Technology) in electrical and electronics engineering from Federal Polytechnic Offa and a National Diploma from Federal Polytechnic Ado-Ekiti, both in Nigeria, Joseph worked in several capacities as an engineer.

At , he worked as an electrical engineer, specializing in the installation, optimization and maintenance of gas MTU-brand engine systems. MTU is Germany's leading engine manufacturer.

Joseph performed pre-commissioning and troubleshooting of gas MTU and rail power packs, designed and optimized gas MTU systems for improved efficiency and ensured seamless integration with existing infrastructure. He also conducted diagnostics and corrective actions for system malfunctions, performed regular inspections and maintenance to ensure compliance with industry standards and provided technical support and training to operational staff.

Joseph has a strong desire to contribute to the development of highly efficient electric generation systems that can propel renewable energy to the next level.

As a research assistant with Wies, Joseph is working on developing a dual accumulator electric machine (a machine that converts mechanical energy into electrical energy and stores that energy for later use) for renewable energy conversion applications.

“Joseph is always eager to learn and expand his knowledge in the field of renewable energy,” Wies noted. “Since Joseph arrived at ������, he would always ask if there were any side projects he could help me with.”

“His determination and persistence paid off with a recent success in his graduate research in successfully modeling and simulating a novel electric machine design,” Wies said.

Joseph thinks that ACEP provides a dynamic research environment. It is equipped with state-of-the-art laboratories and advanced software tools, enabling rigorous investigation and groundbreaking discoveries, he commented.

“Through this platform, I aim to enhance energy efficiency, optimize power generation and contribute to sustainable energy solutions that will drive the future of renewable energy technology,” he said.

Joseph’s love for movement and exploration is not limited to electric generation systems.

“I have a deep passion for soccer. I currently play as a number 10 for Iceman [Football Club]. And I also enjoy the thrill of road travel,” he said.

For Joseph, soccer is more than just a game. It is a way to connect with different cultures, experience the excitement of competition and enjoy the beauty of teamwork and skill.

“There’s something special,” Joseph described about his love for road trips, “about the journey itself, the changing landscapes, the unexpected discoveries and the freedom of the open road.”

Meet Joseph and go for an adventurous ride, discussing engineering or life in general.