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The biomedical engineering program prepares students to recognize and solve clinical, diagnostic, and healthcare challenges by applying contemporary theories, engineering systems, and mathematical methods. Professionals in this field need strong analytical skills, comprehensive knowledge of modern engineering and science, a deep grasp of biological systems, and awareness of current technological advancements. Graduate students have the opportunity to incorporate a six-month cooperative education experience into their studies. The curriculum offers specialization tracks including biomedical device development, biomaterials and tissue engineering, biomechanics, neuroengineering, medical imaging, or bioinformatics. Additionally, students can opt for a combined MS degree. Career paths for graduates include positions in medical device companies, healthcare organizations, pharmaceutical firms, and biotech industries, as well as opportunities for doctoral studies or medical school admission.