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The PhD track in Tissue Engineering and Regenerative Medicine (TERM) prepares the students for a career in cutting edge research and development of cell- and biomaterial-based medical products. The MPE track introduces students to the use of cells, materials, biochemical and biomechanical factors in the development of functional substitutes that restore, maintain, or improve tissue or organ function. The students can expect to apply engineering principles to a diverse range of medical fields with the goal of solving critical clinical challenges.
Engineering Track Course - one of your required track courses must be taken from one of the courses below:
TERM track courses:
BIOENG 2016 - FUNDAMENTAL PRINCIPLES OF BIODEGRADABLE
BIOENG 2165 - MEDICAL PRODUCT ENTREPRENEURSHIP
BIOENG 2633 - BIOMECHANICS 4: BIOMECHANICS OF ORGANS, TISSUES, AND CELLS
BIOENG 2220 - CARDIO BIOMAT & TISSUE ENGRG
BIOENG 2230 - CARDIO ORGAN REPLACEMENT
BIOENG 2250 - CARDIO CLINICAL INTERNSHIPS (Special Permission is required)
BIOENG 2040 - TRANSPORT PHENOMENA FOR BIOMEDICAL AND CHEMICAL ENGINEERS
BIOENG 2515 - CARDIO SYSTM DYNAMICS & MODELING
BIOENG 2540 - NEURAL BIOMATERIALS AND TISSUE ENGINEERING
BIOENG 2620 - INTRODUCTION TO TISSUE ENGINEERING
BIOENG 2630 - METHODS IN IMAGE ANALYSIS
BIOENG 2810 - BIOMATERIALS & BIOCOMPATIBILITY
BIOENG 3020 - DESIGN AND SYNTHESIS OF BIOMEDICAL MATERIALS
BIOENG 3025 - VASC BIOMECH & ROLE IN PATHOBIOL
BIOENG 3600 - FORCES THAT SHAPE ORGANS: SYSTEMS BIOLOGY OF ORGANOGENESIS
MSCMP 2730 - MOLEC MECHS TIS GROWTH & DIFFRN
MSCMP 3740 - STEM CELLS
MSCMP 3750 - ANGIOGENESIS
MSCBMP 2860 - MULTIPARAMETRIC MICROSCPC IMAGNG
CHE 2754 - PRINCIPLES OF POLYMER ENGINEERNG
CHEM 2600 - SYNTHESIS & CHARCTRZTN POLYMERS
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