Bachelor of Science in Biomedical Engineering

4 Years On Campus Bachelors Program

University of Florida

Program Overview

University of Florida's Biomedical Engineering, BS is built for students who want to use engineering to solve real problems in human health, blending rigorous coursework in biology, chemistry, physics, and engineering with hands-on lab and design experience. It's a great fit if you're excited about designing medical devices, decoding biological systems, or building the technology behind modern healthcare, and want a program known for producing graduates who move confidently into industry, research, or medical school.

Curriculum Structure

Year 1 eases you into the fundamentals that everything else builds on. You'll take Integrated Principles of Biology 1 alongside its lab, General Chemistry 1, and Calculus 1, while also getting your first taste of the field itself through Introduction to Biomedical Engineering, which frames how engineering principles apply to living systems from day one.

Year 2 is where the science gets serious and the engineering identity starts to form. You'll work through Accelerated Organic Chemistry, Cellular and Systems Physiology, and Biomedical Fundamentals, while Elements of Electrical Engineering starts introducing the technical building blocks you'll use to design biomedical instruments later on.

Year 3 shifts you firmly into biomedical engineering territory. Courses like Biomedical Materials, Biosignals and Systems, and Biomedical Instrumentation have you working hands-on with the tools and concepts behind real medical devices, while Cellular Engineering Laboratory and Clinically-Inspired Engineering Design get you thinking like a working engineer solving actual clinical problems.

Year 4 is where you bring it all together. Quantitative Physiology and Medical Imaging deepen your technical expertise, and the two-semester Senior Design, Professionalism and Ethics sequence has you leading a full biomedical engineering design project from concept to completion, essentially your professional portfolio piece before graduation.

Focus areas: Biomedical instrumentation, medical imaging, biomaterials, cellular and molecular engineering, biosignals and systems, and clinically-driven design.

Learning outcomes: Graduates learn to apply mathematics, science, and engineering principles to solve biomedical problems, design and conduct engineering experiments and interpret data, design biomedical devices or processes that meet real clinical needs within practical and ethical constraints, and communicate technical work clearly to other engineers and stakeholders.

Professional alignment (accreditation): The program is accredited by the Engineering Accreditation Commission of ABET, under the General Criteria and Program Criteria for Bioengineering and Biomedical and Similarly Named Engineering Programs, meaning your degree meets a recognized national standard for engineering education.

Reputation (employability rankings): UF's BME undergraduate program holds the No. 10 spot nationally among public university programs in U.S. News & World Report's latest rankings, up from No. 13 just a few years earlier, reflecting steady, real momentum in how the program is regarded by peer institutions.

Experiential Learning (Research, Projects, Internships etc.)

You won't just learn biomedical engineering at UF, you'll practice it inside one of the most connected research environments in the country. The BME department is physically co-located with UF's top-ranked colleges of medicine, veterinary medicine, and dentistry, so you're working alongside real clinical expertise from your very first design project. Your coursework builds toward a two-semester Senior Design capstone where you take a real biomedical engineering problem from concept to prototype, backed by specialized labs, core research facilities, and campus-wide innovation resources most undergrads never get close to:

Computer Applications for BME has you working hands-on with programming tools like MATLAB or C++, the same software used throughout your upper-division coursework for signal processing, instrumentation, and data analysis
Cellular Engineering Laboratory and Biomedical Instrumentation courses put you directly into lab settings, running real experiments rather than just reading about them
The two-semester Senior Design, Professionalism and Ethics sequence is a true group project, where small teams design, build, and present a complete biomedical engineering solution to a real clinical need
Undergraduate research is a major part of the program, with opportunities to join active faculty labs through UF BME's Undergraduate Research Day and the University Scholars Program, where you work one-on-one with faculty on funded research
Students can pursue internships and co-ops through UF's Career Connections Center and Gator CareerLink, plus paid internship opportunities through UF Innovate for students interested in biotech commercialization
Research access extends to UF's Core Facilities, including the Advanced MRI and Spectroscopy Facility (AMRIS), the Cell and Tissue Analysis Core, and the Electron Microscopy Core Facility, giving students exposure to imaging and analysis equipment used in real biomedical research
The department partners with major UF research institutes, including the McKnight Brain Institute, the Clinical and Translational Science Institute, and the National High Magnetic Field Laboratory
Entrepreneurial-minded students get access to UF Innovate's Sid Martin Biotechnology Incubator and the Innovation Hub, resources built specifically for turning biomedical research into real-world technology
The Marston Science Library, UF's dedicated engineering and science library, includes a basement-level Makerspace with 3D printing and 3D scanning tools plus group study and collaboration spaces built for engineering coursework
Industry connections happen through department-hosted events like Undergraduate Research Day and Industry Connect, where students meet directly with employers and researchers in the biomedical field

You can view UF BME's full list of research facilities here: bme.ufl.edu/research/core-facilities

Progression & Future Opportunities

Graduates of UF's Biomedical Engineering program step into one of the fastest-growing engineering fields in the country, backed by a degree that blends deep technical training with real clinical exposure. You'll be prepared for roles like biomedical engineer, clinical engineer, research and development engineer, or medical device design engineer, working across hospitals, medical device companies, pharmaceutical firms, and research institutions: here's what makes that path especially strong at UF:

UF's Career Connections Center gives BME students access to Gator CareerLink for job and internship postings, dedicated career fairs, one-on-one career coaching, and the university's Student Outcomes Dashboard, so you can track exactly where BME graduates land after graduation
According to the U.S. Bureau of Labor Statistics, biomedical engineers earn a median annual salary of around $85,620 nationally, with the field projected to keep growing well above the average for all occupations as medical technology demand rises
UF BME maintains specific, active industry and research partnerships through UF Innovate, including the Sid Martin Biotechnology Incubator and the Innovation Hub, plus co-location with UF's Colleges of Medicine, Veterinary Medicine, and Dentistry, giving students direct pipelines into applied biomedical work
The program holds long-term accreditation from the Engineering Accreditation Commission of ABET, meaning your degree carries recognized, lasting value with employers and licensing bodies well beyond graduation
UF BME currently leads all U.S. biomedical engineering departments in total NIH research funding, and the undergraduate program has climbed to No. 10 nationally among public university programs in U.S. News & World Report's rankings, both strong signals of the program's real-world credibility

Further Academic Progression: If you want to keep building on your degree, UF makes that path seamless. The department offers its own graduate program, so BME undergrads can move directly into a UF Master's or Ph.D. in Biomedical Engineering, working alongside the same world-class faculty and research labs you trained with as an undergraduate. Because the department is co-located with UF's Colleges of Medicine, Dentistry, and Veterinary Medicine, the degree also positions you strongly for professional school, whether that's medical school, dental school, or another clinical path, giving you real flexibility in how far you want to take your biomedical engineering background.