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The Department of Biomedical Engineering provides both Research and Professional tracks for this Master's program. Students can also pursue accelerated BS/MS combined degrees or certificate options.
Applicants must hold an undergraduate degree in engineering, physical/life sciences, computer science, or mathematics from an accredited institution (or equivalent international recognition for foreign applicants).
Demonstrated capability to analyze, define, and address challenging engineering issues (including biological-technological interfaces) using engineering principles, physical sciences (calculus-based physics, chemistry), life sciences (biology, human physiology), and advanced mathematics (differential equations and statistics).
B. Capacity to employ engineering design principles to develop solutions for biomedical challenges while considering public health, safety, welfare, and broader societal, environmental, cultural, and economic impacts.
C. Proficiency in communicating technical information to diverse audiences.
D. Understanding of ethical obligations and professional standards in engineering practice, with awareness of how solutions affect global health, safety, environmental, and socioeconomic conditions.
E. Skill in collaborative teamwork, including leadership, fostering inclusive environments, setting objectives, task planning, and achieving goals.
F. Competence in designing experiments, collecting and interpreting biological and engineering system data, and applying technical judgment to reach valid conclusions.
G. Ability to continuously acquire new knowledge and skills relevant to biomedical engineering, including modeling and analytical techniques for medical devices, systems, and processes.