The University of Mary Washington’s Summer Science Institute (SSI) has given students the chance to conduct trailblazing undergraduate STEM research for a quarter of a century.
Research has included analyzing cancer cells, carbon dioxide reduction and complex computer coding. Many young scientists had access to the summer studies program because of scholarships, research fellowships and scientific presentation grants funded by Irene Piscopo Rodgers, a 1959 Mary Washington graduate.
“Irene had a long history of supporting STEM majors in pursuing their passion through research,” College of Arts and Sciences Dean Keith Mellinger, who outlined the history of SSI and recognized the more than 500 students who have participated in research with UMW faculty since its inception, said.
The transformational $30 million estate gift she left the University has resulted in noticeable growth for the program, especially in the last couple of years, he said, from 14 students in the late 1990s to 30 students this summer.
“And this trajectory will continue. More faculty, more students, more projects, more lives changed,” Mellinger said.
Before Board of Visitors Rector Devon Williams Cushman, a 1993 UMW graduate, read the resolution to name the 10-week experience the Irene Piscopo Rodgers ’59 Summer Science Institute, Mellinger thanked Professor Emeritus of Chemistry Ray Scott for securing the original grant and launching SSI.
“The program has a history of setting students up for success in graduate and professional study, as well as a seamless entry into any number of careers,” Mellinger said.
Since 1999, SSI’s 10-week program has offered undergraduate students the opportunity to work closely alongside their professors and peers, now in the areas of biology, chemistry, physics, computer science, mathematics, and Earth and environmental science. Funding from generous donors, as well as the Naval Surface Warfare Center, Dahlgren Division, has helped these students engage in extensive research on a broad range of topics across disciplines.
At the symposium, participants summarized their findings through oral presentations and poster sessions, providing solutions for real-world concerns such as preventing breast cancer cell proliferation and exploring how environmental pollutants impact aquatic life. Other projects delved into dark matter, studied skeletal muscle function, explored how to make computers more efficient and mined data to understand nationwide teaching shortages and demographic changes over time.
Morgan Hicok and Kate Green, who both studied freshwater snails and will graduate in 2025, earned top prizes. Joseph Gasink, who researched the impact of trace metals on aquatic life and will graduate in 2026, and Boone Fleenor, who studied how drones can impact water circulation and will graduate in 2026, were selected as runners-up. All received awards through the John C. and Jerri Barden Perkins ’61 College of Arts and Sciences Student Research Endowment, which provides funding for them to continue their studies during the academic year.
UMW is at 1301 College Ave., Fredericksburg.
Related stories:
Share
Rebecca Barnabi
