UMBC’s hackUMBC held their 2025 hackathon event, bringing hundreds of students together for creativity, collaboration, and tech-driven problem-solving.
Participants from universities and high schools worked in teams, attended workshops, and showcased their projects at the final expo.
To read more about these and other campus news stories, visit UMBC news.
Tech, Teamwork, and Transformation: hackUMBC 2025 at UMBC
Hundreds of students gathered at UMBC for the 11th annual hackUMBC, a 24-hour hackathon focused on creativity, collaboration, and problem-solving. During the weekend, participants from universities and high schools worked in teams, attended workshops, and showcased their projects at the final expo. Consequently, students gained valuable experience in teamwork and innovation, while also developing skills they can apply in future projects.
Learn how students brought ideas to life at hackUMBC 2025 here.
Retriever Pride Returns: Homecoming 2025 Highlights
UMBC welcomed alumni, students, families, and even furry friends back to campus for Homecoming 2025. Throughout the week, the festivities featured bonfires, carnivals, the Retriever 5K, GRIT-X Talks, and Retriever Madness. Together, these events not only honored tradition but also strengthened community bonds. Moreover, new activities, like a reimagined community breakfast and a chess challenge, added fresh excitement. Overall, Homecoming 2025 united the UMBC community for a spirited weekend of connection, fun, and Retriever pride.
Read more about all the Homecoming 2025 festivities and highlights at UMBC.
Celebrating Jacqueline Smith ’06: UMBC Alumna Making an Impact in Chemistry
Jacqueline Smith ’06, a chemistry graduate and cancer drug researcher, has built a distinguished career in academic research and higher education. Starting as a Meyerhoff Scholar at UMBC, she later developed the chemistry program at Bowie State University and earned prestigious NSF awards. Throughout her career, Smith has championed research, mentorship, and opportunities for Black chemists. As a result, this October she will receive the 2025 UMBC Outstanding Alumni Award, honoring her achievements and dedication to the scientific community.
Learn more about Jacqueline Smith’s journey here.
Quantum Computing Tackles Urban Train Scheduling at UMBC
UMBC researchers demonstrated that quantum devices can manage complex urban train schedules using Baltimore’s Light RailLink as a model. Specifically, the team leveraged the inherent “noise” of quantum computers to mimic real-world delays. Consequently, they solved scheduling challenges and showcased the potential for faster, more resilient transit systems. Furthermore, this approach could have future applications in logistics and finance.
Read more about UMBC’s pioneering work at the intersection of quantum computing and urban mobility.