Nine recent UMBC graduates and alumni will soon travel to the UK, El Salvador, Kuwait, France, Colombia, Taiwan, South Korea, and Germany as 2022 Fulbright U.S. Student scholars. They include emerging leaders in education, astrophysics, cybersecurity, human rights, and more, and they are excited to explore difficult questions through fresh perspectives.
Student teams recently gathered at Betamore, a Baltimore-based entrepreneurship and coworking space, to battle in the final round of UMBC’s annual Cangialosi Business Innovation Competition. This year’s competition included two distinct tracks: technology and innovation, and social impact. The top three ideas in each track received funding to help move their ventures forward.
Courtney Coppersmith, ‘22, biochemistry and molecular biology, experienced UMBC as a welcoming community on her first visit, and she has devoted her time on campus to paying that spirit forward. She is one of the top softball pitchers in the nation. And she has supported fellow UMBC student-athletes and the broader UMBC community through mental health and food security initiatives.
Favour Nwagugo ’22, biological sciences, is a Meyerhoff Scholar and LSAMP Scholar. From his first semester, he has also been a dedicated volunteer with the CHOICE Program at UMBC, working each week with elementary through high school students.
As a child in Iran, Nastaran Azar ’22, biological science, was afraid when she saw her grandmother take out her dentures, but her brother’s explanation of what had happened to her grandmother’s original teeth gave Azar a life goal. “Teeth play a really important role in our lives,” she says. She plans to help others take care of theirs when she eventually becomes a dentist.
At UMBC, Aiman Raza has conducted research under Kevin Omland, professor of biological sciences, and at the Institute of Marine and Environmental Technology, located in Baltimore’s Inner Harbor. She also completed a virtual summer internship with the Smithsonian, where she studied fish and crustacean communities on oyster reefs in the Chesapeake Bay.
Four UMBC students have been named 2022-23 Goldwater Scholars, tying the university’s past record, set just last year. This year’s recipients are Christopher Slaughter ‘23, computer engineering; Rachel Myers ‘23, chemical engineering; Tobi Majekodunmi ‘23, mechanical engineering; and D’Juan Moreland ‘23, biological sciences and music. UMBC had more winners this year than any other institution in the state of Maryland.
At UMBC’s 2022 Presidential Faculty and Staff Awards (PFASA), Tamra Mendelson said she loves “getting to the core of a concept” in her research and teaching. As awardee after awardee addressed the audience, both in person and online, it became clear that all shared the same “core concept” of UMBC: community.
A new study that tested thousands of fruit flies may eventually give doctors the ability to make better-informed decisions about which medications to prescribe for older adults. “Our genetics matters,” says Mariann Gabrawy. “Humans don’t all react the same to various prescription medications. So it’s really important to be able to look at an individual patient and figure out if some particular medication is going to work for them or not.”
Articles on The Conversation offer context to current events, explain natural phenomena, introduce new research in an accessible way, and more. “The Conversation helps us contribute to our public service mission as a public university,” says Vice President for Research Karl Steiner. “This milestone underscores the importance of academic researchers actively participating in the public discourse of complex issues.”
The largest gift in the history of UMBC—a $21 million donation from the Sherman Family Foundation—will dramatically expand the reach and impact of the university’s K-12 and early childhood education work. The transformational gift will provide funding to launch the Betsy & George Sherman Center as a national model to advance excellence in urban schools.
A protein produced by viral DNA is orchestrating the critical “SOS response” in a large group of bacterial species, according to a new study in Nucleic Acids Research. “It’s the SOS response because if the bacteria or virus doesn’t get it right, they die,” Ivan Erill says.
