Nigerian researcher develops safety software for electric and hybrid vehicles in U.S

Folalumi Alaran in Abuja

Lagos-born engineer Ayomide Yusuf, is transforming EV/HEV safety in the United States by developing advanced embedded software and a novel driver-to-driver communication platform. His research and inventions reflect a clear vision to enhance delivery of clean mobility at scale.

Yusuf, earned his MSc in Embedded Systems at Oakland University, where his master’s thesis guided the development of a GPU-powered neural network for real-time lane detection on embedded platforms. This thesis culminated in a peer-reviewed technical paper presented at the SAE World Congress 2019, titled “GPU Implementation for Automatic Lane Tracking in Self‑Driving Cars” (SAE Technical Paper 2019-01-0680), co-authored with Dr. Shadi Alawneh. The publication demonstrated reliable lane detection across challenging conditions, bridging AI and embedded application in real-time vehicle systems.

Ayomide’s expertise transitioned into industry when he joined General Motors’ driveline dynamics team. There, he works in a team developing safety-critical control software that improves torque transition smoothness, stabilizes regenerative braking behavior, and reduces vibration—enhancing ride quality in vehicles like the Cadillac Lyriq, which sold over 20,000 units in the U.S. through September 2024 and remained GM’s standout EV launch of the year.

In 2025, Yusuf, filed a U.S. patent application for Drivemoji, a driver-to-driver communication system that allows vehicles to signal courteous or intentional messages—such as “Thank You” or “Let Me Pass”—using visual displays. Though still under review, the invention is recognized for originality and potential impact on behavioral safety.

Now pursuing a PhD in safe social robotics, Yusuf added that his work converges embedded perception systems, torque control, and human behavior modeling.

“I plan to continue improving vehicle safety in hybrid and electric cars by developing smarter software systems. My work focuses on making driving smoother and more stable, helping cars stay in their lanes and avoid accidents, and creating new ways for drivers to communicate with each other in real time.

“These efforts directly support the United States’ goal of building a safer, cleaner, and more advanced transportation system”, he stated.

Beyond these technical achievements, He leads SPAC Junior Developer, an educational YouTube channel dedicated to teaching AI, robotics, and programming to U.S. youth. Each Saturday, he conducts one-on-one code reviews with dozens of students—amplifying STEM engagement and nurturing the next generation of technologists.

He noted that his story, from Lagos classrooms to American EV platforms to youth mentorship exemplifies how Nigerian talent is driving global innovation in clean mobility and intelligent safety systems.