Bachelor of Science in Biomedical Engineering - Smart Health and Biomedical Devices Track
What Is Biomedical Engineering – Smart Health and Biomedical Devices About?
Biomedical Engineering at Â鶹ŮÀÉ (Â鶹ŮÀÉ) blends engineering and biological sciences to solve real-world healthcare challenges. The Smart Health and Biomedical Devices track gives you a strong foundation in genetics, biochemistry, microbiology, and core engineering. You’ll learn how to design and create new tissues—like skin and bone—in the lab, and develop the skills to work in research, development, or even prepare for medical school. This program is for students who want to use science and engineering to improve lives and drive innovation in healthcare.
About Biomedical Engineering at Â鶹ŮÀÉ
At Â鶹ŮÀÉ, you’ll join a collaborative community focused on advancing healthcare through hands-on learning, research, and industry partnerships. The program emphasizes both rigorous academics and real-world experience, including opportunities to work on pioneering projects in tissue engineering and biomedical device development. You’ll benefit from a curriculum designed to prepare you for diverse careers, with the flexibility to pursue medical school or enter the growing field of lab-grown tissue and biomedical devices.
Degrees Offered at Florida Atlantic
Undergraduate
- Bachelor of Science in Biomedical Engineering – Smart Health and Biomedical Devices Track
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Educational Objectives & Student Outcomes
2. Foster a dynamic research environment for innovative projects and practical healthcare solutions.
3. Offer hands-on experience through internships, research, and industry collaborations.
4. Focus on interdisciplinary research to develop new technologies and therapies.
5. Build a collaborative community with teamwork, mentorship, and industry engagement.
2. Engage in and contribute to research that advances biomedical engineering.
3. Communicate technical information effectively to diverse audiences.
4. Collaborate in multidisciplinary teams with engineers, scientists, and clinicians.
5. Commit to lifelong learning and professional development.
6. Recognize and address ethical issues in biomedical engineering practice.
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