Penn State BME provides rigorous biomedical engineering education and applied research at The Pennsylvania State University. Students combine quantitative science with healthcare innovation to design solutions for clinical and global challenges.
The program emphasizes project-based learning, industry partnerships, and ethical design, preparing graduates for diverse careers in medical technology, diagnostics, and therapeutic development.
| Program | Degree | Typical Duration | Primary Focus |
|---|---|---|---|
| Biomedical Engineering | BS, MS, PhD | BS: 4 years; MS: 2 years; PhD: 5–6 years | Medical device design, imaging, computational biology |
| Undergraduate Curriculum | BS | 4 years | Core engineering, life sciences, design labs |
| Graduate Research | MS, PhD | 2–6 years | Translational research, thesis, dissertation |
| Accreditation | ABET | Ongoing review | Outcome-based assessment, continuous improvement |
Core Curriculum And Laboratories
Foundational Engineering Courses
Students complete calculus, physics, chemistry, and programming before advancing to specialized BME topics. These prerequisites ensure strong quantitative reasoning for medical data and device modeling.
Life Sciences And Design Sequence
Integrated courses cover anatomy, physiology, biomechanics, and medical instrumentation. Laboratory modules link theory to prototype development and testing under faculty mentorship.
Research Centers And Innovation Hubs
Center for Biodevice Integration and Regenerative Engineering
This hub focuses on implantable systems, tissue interfacing, and regenerative therapies. Projects often involve collaboration with hospitals and industry partners.
Institute for Computational and Data Sciences in Health
Researchers apply machine learning, imaging analytics, and systems biology to disease prediction and treatment optimization. Students can engage through assistantships and capstone projects.
Career Pathways And Industry Engagement
Industry Partnerships And Internship Programs
Connections with Medtronic, Johnson & Johnson, and regional healthcare providers support internships, co-ops, and sponsored research. These experiences strengthen resumes and accelerate job offers.
Alumni Success And Global Impact
Graduates join roles in regulatory affairs, product development, clinical engineering, and entrepreneurship. Alumni networks facilitate mentorship, funding opportunities, and collaborative global health initiatives.
Leadership And Strategic Growth
- Maintain ABET accreditation through continuous assessment and outcome tracking
- Expand industry-sponsored research and innovation partnerships
- Enhance interdisciplinary collaboration across engineering, medicine, and data science
- Support student entrepreneurship and translational project commercialization
- Invest in modern laboratory infrastructure and digital learning tools
FAQ
Reader questions
What specializations are available within Penn State BME?
Students can focus on medical imaging, biomechanics, neural engineering, global health technology, or computational modeling through elective tracks and research projects.
Does the program offer hands-on design experience?
Extensive lab courses, senior design projects, and competition teams such as BME Design Team provide real-world prototyping and testing opportunities.
How strong is industry recruitment for BME graduates at Penn State?
Recruiting events, career fairs, and dedicated internship pipelines connect students with leading medical device companies and healthcare organizations each year.
What support exists for graduate research and funding?
Teaching assistantships, research assistantships, fellowships, and grants help cover tuition and living expenses while advancing innovative thesis and dissertation work.