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Mechanical engineering faculty engage in diverse research spanning BioEngineering, Biophysics, and Systems Biology. Their collaborative efforts address critical challenges in biotechnology advancement, biosystems evaluation, quantitative biology, and medical applications through integrated theoretical, computational, and experimental methods. This inherently multidisciplinary work draws from various engineering disciplines, computer science, physics, applied mathematics, and biological sciences. Research initiatives are structured around several unifying themes, including one dedicated to exploring biological system mechanics. This theme aims to deepen our understanding of living organisms while pioneering innovative bio-inspired materials. By integrating principles from physics, solid mechanics, materials science, and microelectromechanical systems (MEMS), researchers gain novel perspectives on biological system behavior and regulation. The work extends beyond biomaterial characterization, establishing connections between macroscopic behaviors and molecular/microscale properties via multiscale modeling and empirical investigation.