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The Biomedical Engineering Bachelor of Science program equips students and engineers with the essential skills to thrive in the current job market. Our curriculum enables undergraduates to engage in original research during their college years, a crucial aspect of their education that can begin as early as the sophomore year and extend throughout their degree program.
The capability to recognize, define, and address intricate engineering challenges, including those involving interactions between living and nonliving systems, using principles from engineering, physical sciences (such as calculus-based physics and chemistry), life sciences (like biology and human physiology), and mathematics (covering differential equations and statistics).
The skill to implement engineering design to develop solutions for biomedical engineering issues, taking into account public health, safety, welfare, and factors like global, cultural, social, environmental, and economic considerations.
The capacity to convey information clearly to diverse groups.
The aptitude to identify ethical and professional duties in engineering scenarios and form well-reasoned decisions that account for the effects of engineering outcomes on global, economic, environmental, health, safety, and societal aspects.