Biomaterials, Mechanics, and Tissue Engineering

Biomaterials, Mechanics, and Tissue Engineering (BMT) focuses on understanding, characterizing, and modulating the behavior of cells, tissues, and/or biomaterials for both research and clinical applications. This includes the design of novel drug delivery systems, creation of biomimetic research models, and the development of artificial tissues or organs that perform, augment, or replace a natural function. Coursework complements the research training of graduate students and covers physiology, cell biology, material science, mechanics, and biophysics.

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Degree Plan

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Research Topics

BMT faculty conduct interdisciplinary research employing technologies that combine the principles of life science, biomaterial and biomechanical engineering, and clinical care. Examples include:

• Mechanistic investigations into peripheral nerve regeneration, and bioelectronic therapies for modulation of systemic disease
• Exploring the neuro-mechanical underpinnings of lower limb impairments after stroke, with the goal of developing new clinical interventions
• Investigating how both the biochemical and biophysical environment of tissues modulates critical events involved in embryonic development and wound healing
• Employing state of the art imaging techniques to investigate the role of vascularity, mechanotransduction and other signals in the repair of fractures and spinal cord injuries.
• Leveraging single-cell genomics, tissue biomechanics, and imaging to study cervical remodeling and gain insights into how to ensure maternal-fetal health

Director

Faculty

Associate Members

These faculty members do not accept graduate students. They participate in teaching, co-mentoring, exam and dissertation committees, and all other program activities.