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The Ph.D. program offers rigorous research training alongside faculty in state-of-the-art facilities. Doctoral candidates frequently collaborate on innovative projects with clinicians, industry partners, and interdisciplinary researchers. Our Ph.D. alumni have assumed prominent roles across biomedical and healthcare sectors.
A capacity to analyze, define, and address challenging engineering issues (including those involving biological and artificial system interactions) using engineering principles, physical sciences (physics with calculus, chemistry), life sciences (biology, human physiology), and advanced mathematics (differential equations and statistics).
B. Proficiency in engineering design to develop solutions for biomedical challenges, accounting for public health, safety, welfare, and broader global considerations including cultural, environmental, and economic factors.
C. Effective communication skills for diverse audiences.
D. Awareness of ethical obligations and professional standards in engineering practice, with the ability to evaluate solutions considering their global impact on health, safety, economics, and society.