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Bioengineering serves to connect biological and engineering disciplines by employing engineering concepts, approaches, and tools to study biological processes and create related medical and biosystem technologies. Grasping core physiological mechanisms through engineering analysis demands comprehensive knowledge in fundamental engineering, sciences, and mathematics.
The Bioengineering program offers these specialized tracks:
Biomechanics
Bioelectricity
Premedicine
The premedicine track, tailored for bioengineering students aiming for healthcare careers, has distinct course prerequisites outlined separately.
Program Learning Outcomes
Students earning a Bachelor of Science in Bioengineering (BSBE) will achieve these goals:
Work as biomedical engineers, bioengineers, engineers, scientists, physicians, or professionals in their selected field, or continue to graduate studies. They utilize analytical problem-solving and systems-oriented thinking in engineering, math, and biology to address complex challenges.
Continue learning and growing professionally by building upon the scientific foundations, technical skills, and professional connections established during their education.
Demonstrate professional conduct, contribute to society, and make principled, ethical choices that serve the greater good.