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The College of Engineering provides an interdisciplinary Master of Science program in biomedical engineering. This research-focused curriculum applies cutting-edge scientific and engineering methods to solve contemporary challenges in medicine and biology. The graduate program integrates foundational courses with specialized concentrations, enabling deeper exploration of specific interest areas. An introductory course, taught collaboratively by faculty from diverse biomedical engineering disciplines along with guest lecturers, offers students comprehensive field exposure.
The M.S. in biomedical engineering offers specializations including bioinstrumentation, prosthetics, bioelectromagnetics, nanobiotechnology, cancer biology engineering, or computational biology. Master's level courses examine theoretical principles and design fundamentals across various biological scales, processes, and instrumentation.
Students may select between two degree paths:
Plan A: Combines core and specialized courses with a thesis project in a chosen biomedical engineering focus area.
Plan B: A non-thesis alternative requiring additional coursework credits instead of a research thesis. This option does not qualify students for graduate assistantship opportunities.
Student must have
Application Deadlines: November 1 (Spring) | February 1 (Fall)