Regenerative Engineering

Regenerative engineering combines cell and tissue engineering, biomaterials, biomechanics, cellular and molecular biology, and clinical science to restore or replace the function of cells, tissues, or organs, or to prevent their degeneration. This research focuses on developing new biomaterials and cellular constructs, immune-engineering strategies, artificial organs, and systems for cell and drug delivery to treat or replace damaged tissues and organs. It also involves studying the physical and physiological properties of tissues in both healthy and diseased states to inform therapy development and prevention strategies. The work is led by a collaborative group of faculty, scientists, and students from Biomedical Engineering and other units across the university, especially in the School of Medicine. Faculty work closely with partners at medical institutes on research, coursework, and joint mentorship, and also collaborate with industry and researchers at other institutions.