Fehribach's research interests include Kirchhoff graphs, applied differential equations, and scientific computing. He is interested in addressing how more precise modeling and understanding of COVID-19 will be possible with swifter antibody blood tests.

Professor Olson explores development of mathematical and computational models to understand emergent phenomenon in biological systems. Applications include tissue engineering, micro-organism motility, muscle contraction, and cell division in cancer cells. ...

Professor Pinciroli's research focuses on designing innovative tools for swarm robotics. The ultimate goal of my work is to create a resilient, easily deployable hardware/software robotic infrastructure for dangerous missions such as disaster response,