The Ph.D. specialization in Biomedical Engineering at IU Indianapolis is designed for students who want to make a meaningful impact on human health through advanced research and innovation. If you are motivated to push the boundaries of science and engineering—and to see your work translate into real clinical and technological solutions—this program offers the training, mentorship, and interdisciplinary environment to help you succeed.
You’ll join a collaborative research community at Indiana’s leading urban health sciences campus, working at the intersection of biomedical engineering, informatics, and life sciences. The program builds on IU Indy’s strong foundation in biomedical engineering and connects you to cutting‑edge research centers, modern laboratory facilities, and strong ties to healthcare and industry. Whether your interests lie in computational modeling, biomedical devices, regenerative medicine, or translational research, you’ll have the flexibility to shape your Ph.D. around your goals.
Graduates of the program are prepared to become independent researchers and leaders in academia, industry, healthcare, and the life sciences sector—ready to turn scientific discovery into real‑world impact.
What you'll learn
As a Ph.D. student in Biomedical Engineering, you’ll gain the knowledge, skills, and research experience needed to lead innovative work in healthcare and technology. By the time you graduate, you will be able to:
- Build a strong foundation in biomedical engineering, including applied mathematics, research design, ethics, and regulatory considerations that shape modern biomedical research.
- Conduct independent, original research in areas such as biomedical devices, nanosystems, imaging, tissue and regenerative engineering, and computational or data‑driven approaches.
- Use advanced computational and data science methods, including artificial intelligence and statistical modeling, to study complex biological and medical systems.
- Translate research into real‑world applications, understanding how discoveries move from the lab to clinical practice and commercialization.
- Work across disciplines, collaborating with engineers, scientists, clinicians, and industry partners in an interdisciplinary research environment.
- Develop professional and communication skills, including writing competitive research proposals, publishing scholarly work, and presenting your research to diverse audiences.
- Prepare for a range of careers, gaining the expertise and experience needed for leadership roles in academia, industry research and development, healthcare innovation, or entrepreneurship.
