Biomedical engineering research at Michigan Tech focuses on advancing human health through biomedical imaging, ultrasound technologies, biosensors, biomaterials, tissue engineering, and medical device innovation. The department offers a highly collaborative, research-driven environment where graduate students, researchers, and industry partners work together on translational biomedical research that addresses real-world clinical and technological challenges. With access to advanced laboratories and externally funded projects, students gain hands-on experience in healthcare technology, diagnostics, and biomedical systems, preparing them for careers in academia, industry R&D, and medical innovation.
Core research areas include biomedical optics and ultrasound, where faculty develop advanced imaging, sensing, and therapeutic technologies for biological and medical applications. Research in biosensors and biomedical instrumentation emphasizes physiological monitoring, wearable health technologies, and diagnostic devices, while microdevices and microfabrication efforts focus on implantable systems, microsensors, and miniaturized medical devices that integrate engineering precision with biological function.
Additional strengths in tissue engineering and biomaterials support advances in regenerative medicine, biocompatible materials, and engineered tissues, while cardiovascular engineering research applies biomechanics, fluid dynamics, and device design to improve the diagnosis and treatment of heart and vascular disease. Together, these interdisciplinary research areas position Michigan Tech as a leader in biomedical engineering research, industry collaboration, and healthcare innovation.
