Biomedical engineering at UC Davis blends engineering rigor with life sciences to address real-world health challenges. Students and faculty design medical technologies, analyze biological systems, and translate discoveries into impactful clinical tools.
This guide highlights the program structure, research themes, and career outcomes that define the UC Davis biomedical engineering experience.
| Program | Degree Level | Key Focus | Industry Partnerships |
|---|---|---|---|
| Biomedical Engineering | Undergraduate | Systems physiology, medical instrumentation | Siemens Healthineers, Genentech |
| Biomedical Engineering | Master of Science | Biomechanics, imaging, data-driven design | Intel Health, Epic Systems |
| Biomedical Engineering | Doctor of Philosophy | Translational research, nanomedicine | Abbott, Boston Scientific |
| Biomedical Data Science | Interdisciplinary Option | AI for diagnostics, wearable sensors | Apple, Kaiser Permanente |
Core Curriculum and Design Training
The undergraduate biomedical engineering curriculum integrates calculus, physics, and programming with hands-on design sequences. Students progress from basic circuit analysis to complex medical system modeling, culminating in a senior capstone project partnering with clinicians.
Laboratory work emphasizes measurement, instrumentation safety, and ethical considerations in device testing. Collaborative projects simulate real-world constraints such as cost, usability, and regulatory expectations.
Cutting-Edge Research and Innovation
Biomedical Imaging and Signal Processing
Faculty and students develop algorithms for MRI, ultrasound, and optical coherence tomography, improving image reconstruction and quantitative analysis. Research advances early disease detection and minimally invasive monitoring.
Biomechanics and Regenerative Medicine
Work in this area includes computational modeling of soft tissues, scaffold design for tissue engineering, and rehabilitation robotics. Labs collaborate with medical centers to ensure translational relevance.
Clinical and Translational Pathways
Clinical partnerships with UC Davis Health provide direct access to patient data, simulation environments, and mentorship from practicing engineers and physicians. Students participate in problem-driven projects that align with hospital innovation priorities.
The program emphasizes safety standards, human factors, and design validation, preparing graduates to navigate FDA and ISO requirements. Internships and co-ops in MedTech companies reinforce these practical competencies.
Career Outcomes and Industry Impact
Graduates join roles in medical device companies, digital health startups, and research institutions. Common titles include design engineer, test engineer, clinical systems specialist, and research scientist.
Strong alumni networks, proximity to Sacramento policy hubs, and ongoing research funding enhance recruitment. Employers value the combination of technical depth, teamwork, and healthcare awareness that the curriculum instills.
Leading Innovation in Biomedical Engineering
- Complete a curriculum that balances theory, design, and clinical exposure
- Engage with faculty-led research in imaging, biomechanics, and data science
- Leverage UC Davis Health partnerships for practical, impact-driven projects
- Prepare for diverse careers in MedTech, digital health, and research
- Join a community committed to improving patient outcomes through engineering
FAQ
Reader questions
What specific skills will I gain as a biomedical engineering student at UC Davis?
You will gain hands-on skills in circuit design, data acquisition, biomedical instrumentation, medical imaging analysis, and computational modeling, supported by project-based courses and laboratory work.
How does the program integrate clinical practice and patient safety into engineering training?
Through rotations at UC Davis Health, team projects with clinicians, and courses on human factors, regulatory standards, and device validation, ensuring that engineering solutions are safe and usable in real clinical settings.
What internship and industry connections are available for undergraduates and graduate students?
Students can pursue internships at local and national MedTech firms, participate in campus recruiting, and collaborate with faculty on sponsored research projects, often leading to full-time offers.
What research opportunities are available for doctoral candidates in biomedical engineering?
Doctoral candidates can join multi-disciplinary labs in imaging, biomechanics, and nanomedicine, access core facilities, and present findings at national conferences while working toward original dissertation contributions.