The Baltimore native brings corporate technology leadership, national engineering recognition and a commitment to mentoring the next generation.
By Black Business Review
BALTIMORE — Dr. Charles Johnson-Bey is returning to Morgan State University with experience that reaches from engineering classrooms to corporate research laboratories and national technology strategy. Dr. Charles Johnson-Bey has a unique perspective that will enhance the learning experience for students.
The university’s Clarence M. Mitchell Jr. School of Engineering has named Johnson-Bey chair of its Electrical and Computer Engineering Department. His return is planned for fall 2026, according to an August 21 report by USBE & Information Technology and a public announcement shared by the engineering school.
Dr. Charles Johnson-Bey’s leadership is expected to foster innovation within the engineering department.
Charles Johnson-Bey: Innovator and Mentor
Charles Johnson-Bey: A Leader in Engineering Education
With Dr. Charles Johnson-Bey at the helm, the department is poised for growth and excellence.
For Morgan, the appointment offers an opportunity to bring industry experience closer to the students preparing to enter it. For Baltimore, it places a hometown engineering leader in a position to help shape the city’s next generation of technical talent.
Johnson-Bey’s educational foundation began at Baltimore Polytechnic Institute. He earned a bachelor’s degree in electrical and computer engineering from Johns Hopkins University, followed by master’s and doctoral degrees in electrical engineering from the University of Delaware. He also previously served as an electrical engineering professor at Morgan.
That history gives his return a particular significance. He comes back with an understanding of the classroom and a career spent confronting the demands of technology development beyond campus.
His professional experience includes Booz Allen Hamilton, Lockheed Martin, Motorola Corporate Research Labs and Corning. At Booz Allen, he served as a senior vice president responsible for developing and executing technology strategies. Morgan’s biography credits him with more than 25 years of engineering experience across areas including cyber resilience, digital signal processing, system architecture, prototyping and hardware.
Johns Hopkins’ advisory board biography provides another measure of that experience: Johnson-Bey spent 17 years at Lockheed Martin, where his work included organizing cyber capabilities and leading research and development activities involving Oak Ridge National Laboratory, Microsoft Research and the GE Global Research Center.
For engineering students, that background could help connect technical coursework with practical questions: How does a promising idea become a working system? What makes a prototype useful to a customer? How do engineers balance performance, security, cost and reliability?
For engineering students, that background is like a bridge that links theoretical knowledge to real-world challenges: How does a seed of innovation grow into a fruitful tree? What transforms a rough draft into a bestseller? How do authors balance creativity, audience engagement, cost, and quality?
Those connections matter because technical knowledge gains value when graduates can apply it, explain it and work effectively with others to solve a problem.
Dr. Charles Johnson-Bey’s accomplishments reflect his dedication and commitment to engineering education.
Dr. Charles Johnson-Bey emphasizes the importance of mentorship in engineering.
Through his outreach efforts, Dr. Charles Johnson-Bey seeks to inspire future engineers.
The vision set by Dr. Charles Johnson-Bey will guide the department’s initiatives.
BBR sees Dr. Charles Johnson-Bey’s leadership as a pivotal moment for the university.
Dr. Charles Johnson-Bey’s impact on students will be felt for generations.
For aspiring engineers, Dr. Charles Johnson-Bey serves as an inspiring role model.
Johnson-Bey’s influence also extends into national research discussions. The National Academies identifies him as a co-leader of the National Science Foundation-sponsored Engineering Research Visioning Alliance, where he contributes to shaping engineering research agendas. Its biography describes expertise spanning artificial intelligence, cyber resilience, quantum computing and advanced manufacturing.
He was elected to the National Academy of Engineering in 2024, a distinction Project Lead The Way describes as among the profession’s highest honors.
His record of mentorship provides another dimension to the appointment. In October 2024, Project Lead The Way elected him to its board of directors, citing his combination of academic and commercial experience and his commitment to STEM and career education.
“Working together with Project Lead The Way, I hope to inspire students to keep dreaming big,” Johnson-Bey said in that announcement.
USBE’s reporting also describes his outreach to young people through BEYA programs and school visits, including using music to help students understand mathematics. That approach gives abstract concepts a familiar starting point and encourages students to recognize engineering in their everyday lives.
For a department chair, the challenge is to turn experience and relationships into opportunities that students can actually use. Potential measures of progress include stronger industry-supported projects, research participation, internships and clearer routes into technical careers. These are opportunities associated with the appointment, not newly announced programs or guaranteed outcomes.
BBR Assessment: Johnson-Bey’s appointment brings together three strengths: substantial industry experience, participation in national engineering research discussions and a documented commitment to education. BBR views that combination as a promising foundation for strengthening the connection between Morgan’s classrooms and the organizations that employ, fund and collaborate with engineers.
The long-term value will depend on execution. Distinguished credentials can draw attention; sustained partnerships, effective teaching and accessible opportunities determine what students gain.
For young people in Baltimore considering a future in engineering, Johnson-Bey’s journey offers a concrete example of where technical education can lead. His return to Morgan creates an opportunity to make that path more visible—and more reachable—for those coming next.
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