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AI, library checkouts, biodiversity and music: A glimpse at 2026 Research Symposium presenters

Student presenters and audience members crowd into the commons of Mary Gates Hall.
Student presenters and audience members crowd into the commons of Mary Gates Hall during the 2026 Undergraduate Research Symposium. Photo: Jayden Becles

Students who presented at this year’s Undergraduate Research Symposium researched malaria vaccines, artificial intelligence, traumatic brain injuries, classical music, sleep routines and everything in between.

With more than 1,700 presenters across more than 220 majors, this year’s Symposium was the largest in the event’s 29 years. 

Undergraduates from all three University of Washington campuses as well as local community colleges presented their research in the day-long event, giving peers, faculty, family and community members a chance to learn about their work and ask questions. This year, more than 2,000 faculty mentors worked with students on their research projects, many of which aim to solve the world’s most pressing problems. 

For students, being a part of a research project helps them find a community and gives them academic experience outside of the classroom. 

“Research doesn’t just build knowledge – it builds people,” said Sophie Pierszalowski, director of the Office of Undergraduate Research. “It shapes identities, expands what is possible and empowers students to see themselves as contributors to the world, not just passive observers.” 

The following are six stories of students researching solutions on a host of topics. Their interests are just a piece of what the 1,700 presenting students shared at this year’s Symposium.

Juan Posada Abal

Juan Posada Abal

When Juan Posada Abal, ’26, saw the more than 400 instruments kept in the basement of the School of Music, he wanted to hear what they sounded like. He recorded dozens of instruments, tuned only by nature.

Juan's music

Damon Wing Hey Chan

Damon Wing Hey Chan, ’26, wants to make health care more accessible. In his research of homeRNA collection systems, he looked at how this technology can make it easier for people to collect blood samples at home.

Damon’s work

Daniella Maor; Karalee Harris

Daniella Maor, ’27, and Karalee Harris,’28, helped dig through Seattle Public Library checkout data to find out what exactly Seattle is reading. Want to know where your favorite author landed? Or how many people are reading popular authors like David Foster Wallace each year? Daniella and Karalee may have the answers.

Daniella and Karalee's reading

Mia Ferrero-Lampron; Jacqueline Wu

After decades of timber harvesting, forests on Washington’s coast are forever changed. Mia Ferrero-Lampron, ’27, and Jacqueline Wu, ’26, set up cameras and audio recorders to see what kind of biodiversity still exists on these lands

Mia and Jacqueline's findings

Ruth Karen Nakigozi

Ruth Nakigozi

Ruth Karen Nakigozi, ’27, believes that technology should make people’s lives easier, not more complicated. Her work helps make artificial intelligence more accessible for people with accented English.

Ruth’s research

Lorelei Silbernagel

Lorelei Silbernagel, ’27, wants to make more digital art but fears it is too close to artificial intelligence. She explored her own feelings about artificial intelligence and its impacts on human connection with three art pieces.

Lorelei’s projects