UMBC hosts 2025 IEEE Baltimore Technical Colloquium
On November 15, more than 120 engineering and computer science professionals and students convened on the UMBC campus for the 2025 IEEE Baltimore Technical Colloquium, co-sponsored this year by the Department of Information Systems. It was the second IEEE Baltimore Technical Colloquium, and saw approximately 20 percent growth in attendance compared to the inaugural event.
The colloquium focused on innovation and leadership in cutting edge areas such as artificial intelligence, data analytics, quantum computing, computational medicine, trustworthy computing, and more. The event, held in the Interdisciplinary Life Sciences Building, was a chance for academic experts, industry leaders, and students from around Baltimore to share their research, network, and find new inspiration.
Chinonso Ezeobi, M.S. ’22, electrical engineering, and a current Ph.D. student, served as conference vice chair. “Curating programs for our IEEE professional community has been incredibly rewarding,” he said. “Serving as chair has provided invaluable opportunities to expand my network and develop my leadership capabilities.”
The event attracted major area universities, companies, and organizations including the Army Research Lab, Northrop Grumman, JP Morgan Chase, and the National Institute of Standards and Technology. Ezeobi delivered opening remarks and, along with several other UMBC students and faculty, presented research. Student and alumni volunteers helped keep the program running smoothly.
Jeanne van Briesen, dean of the College of Engineering and Information Technology, delivered keynote remarks on how engineers and scientists can tackle complex, modern problems, such as reverse engineering the human brain and preventing nuclear terror. In these so-called “wicked problems,” engineered, natural, and data systems interact with human and social systems, creating situations where there is no clear, single solution and oftentimes attempts to fix the original issue create new problems.
Van Briesen described how “convergence research,” which integrates knowledge, methods, and expertise from different disciplines to form novel frameworks that catalyze new discoveries and innovations, can help humanity tackle its most intractable problems. She gave examples of convergence research at UMBC addressing challenges such as improving mental health, increasing the safety of first responders and soldiers, and making medicine cheaply and on-demand.
“A wicked problem is sometimes described as a problem that cannot be fixed—but never tell an engineer something can’t be done,” she said.
Posted: November 25, 2025, 2:27 PM