生物医学工程扩展了传统工程专业知识，以分析和解决生物学和医学方面的问题，从而全面提高了医疗保健水平。生物医学工程师的角色包括多个层次的参与，从选择合适的现成系统到修改商业方法，再到设计和开发定制系统。生物医学工程计划的目标是工程和技术的应用，以提高肢体残疾人的功能能力和生活质量。学生将通过在实验室和社区的动手经验，并在学习各种技术技能（例如创建3D打印的材料或学习编码技能以分析运动方向）的过程中，发展必要的知识和技能，以在该领域获得竞争优势。人体完成各种项目和研究。
Discover the transformative journey of designing cutting-edge medical devices, prosthetics and biomaterials in advanced labs from day one, under the guidance of renowned faculty. Conduct research, solve real-world health care problems while working alongside medical professionals, collaborate on interdisciplinary projects, attend conferences and publish scientific papers, all by the time you graduate.<br><br>Engage in undergraduate research opportunities in a variety of industries.<br>Earn a degree that is nationally accredited by the Engineering Accreditation Commission of ABET.<br>Pursue engineering design projects that bring your ideas from concept to reality.<br><br>Gain real-world knowledge through key biomedical engineering courses including:<br><br>Motion Capture Laboratory: Use the same motion tracking technology as seen in the Avengers movie to analyze human motion.<br><br>Biomedical Heat and Mass Transfer: Learn how the principles of biomedical heat and mass transfer apply to dialysis machines and heart-lung machines to keep patients alive.<br><br>Bioengineering Laboratory: Conduct experiments on how to safely return to sports after ACL reconstruction.