Elika Shams is a Ph.D. student in the Department of Biomedical Engineering at the University of Connecticut, where she is uncovering the molecular mechanisms of rare genetic diseases using cutting-edge computational modeling and molecular dynamics simulations. Working in the lab of Dr. Anna Tarakanova, Elika is focused on mutations in the elastin gene—a condition that affects roughly 1 in every 10,000 live births and currently lacks experimental methods for mechanistic understanding.

Elika’s research builds on a strong academic foundation—she earned her Master’s degree in Biotechnology from the University of Tehran and served for two years as a research assistant at Biotechnology Pioneers, where she worked on developing bioink for soft tissue bioprinting. Since joining UConn, she has continued to push the boundaries of biomedical simulation by applying molecular modeling techniques to study extracellular matrix proteins implicated in serious genetic conditions.

Beyond the lab, Elika has found a platform for leadership and collaboration in the John Lof Leadership Academy (JLLA). As Chair of the Events Committee, she leads planning and execution of major JLLA programs—an experience that has strengthened her confidence and taught her the art of team dynamics. “JLLA has taught me how to lead, but also how to listen and grow with a team,” she reflects.

Elika’s long-term goal is to establish her own research group, where she hopes to inspire and mentor future scientists tackling biomedical challenges. Her advice for fellow students: “Be active, get involved in programs, and don’t shy away from teamwork. That’s where real growth happens.”

As she continues to investigate protein-level consequences of genetic mutations, Elika is not only advancing scientific knowledge—she’s also building a vision for inclusive, innovative, and impactful leadership in biomedical engineering.