Bachelors in Biomedical Engineering

4 Years On Campus Bachelors Program

Stony Brook University SUNY

Program Overview

Stony Brook's Biomedical Engineering program throws you straight into the deep end of real innovation — you'll tackle everything from molecular-level biosensor design to high-resolution brain imaging, with hands-on access to world-class labs on campus, Brookhaven National Laboratory, and Cold Spring Harbor Laboratory. It's built for students who love both engineering rigor and biological complexity, and who want a degree that opens doors into healthcare, medical technology, and cutting-edge research alike.

Curriculum Structure

Year One eases you into the engineering mindset while building your science foundation — you'll take core math and physics, get your first taste of programming, and dive into BME 100: Introduction to Biomedical Engineering, which frames how the rest of your degree fits together.

Year Two raises the stakes with upper-level math, engineering statics and dynamics, and electrical circuit analysis, alongside genetic engineering coursework and the hands-on BME Fundamentals of Research lab course — this is where you start thinking and working like an actual biomedical engineer.

Year Three is where your specialization really kicks in. You'll begin technical electives tied to your chosen track (Biomaterials/Biomechanics, Bioelectricity, or Molecular/Cellular Bioengineering) while completing core courses like BME 313: Bioinstrumentation and BME 361: Data Science with Python, plus your first exposure to biophotonics — a genuinely emerging, high-impact field.

Year Four brings it all together. You'll finish your remaining technical electives — options like BME 381: Nanofabrication in Biomedical Applications or BME 481: Biosensors — and cap it off with the Senior Design capstone, where you build a real engineering solution from the ground up, backed by everything you've learned.

Focus Areas: Bioelectricity & Bioimaging, Biomechanics & Biomaterials, and Molecular & Cellular Biomedical Engineering — giving you the flexibility to specialize in the corner of BME that excites you most.

Learning Outcomes: Graduates leave able to design and conduct experiments, analyze complex biological and engineering data, apply engineering judgment to real biomedical problems, and continuously acquire new technical knowledge — skills built through teamwork, hands-on labs, and independent research experience woven through all four years.

Professional Alignment: The program is accredited by the Engineering Accreditation Commission of ABET, meaning your degree meets a nationally recognized standard of engineering education quality — something employers and graduate programs actively look for.

Reputation: Stony Brook's College of Engineering and Applied Sciences is ranked among the nation's top engineering schools by U.S. News & World Report, and university-wide, nearly 95% of Stony Brook graduates are employed or continue into graduate or professional school after finishing their degree.

Experiential Learning (Research, Projects, Internships etc.)

Stony Brook's BME program isn't a "sit in lecture and hope for the best" kind of major — you're building real, hands-on engineering skills from day one, using industry-grade tools like LabVIEW programming and Python-based data science work, and applying them in dedicated labs designed specifically for biomedical research. You'll get direct access to instrumentation and imaging equipment through core lab courses, run experiments alongside faculty who are actively publishing in the field, and tap into a network of world-class research facilities that most undergrads at other schools only dream of touching — think Brookhaven National Laboratory and Cold Spring Harbor Laboratory practically in your backyard. By the time you hit senior year, you're not just learning biomedical engineering, you're doing it, culminating in a capstone Senior Design project where you engineer an actual solution from scratch:

Software & digital tools: Hands-on training in LabVIEW Programming in Engineering (BME 312) and Data Science with Python (BME 361), plus coursework in scientific visualization and medical imaging analysis (CSE 377, CSE 332)
Core laboratory courses: Bioinstrumentation (BME 313), Nanofabrication in Biomedical Applications (BME 381), Biosensors (BME 481), and the BME Fundamentals of Research lab, giving you direct time at the bench, not just the whiteboard
Capstone group project: Senior Design, where teams of students identify a real biomedical engineering problem and build a working solution — the definitive "prove what you've learned" experience
Undergraduate research opportunities: Direct pipeline into faculty-led research through the department (start with Professor Wei Yin, the undergraduate research contact), with the option to pursue a 3-credit Honors Research Project and thesis your senior year
Internships: Connections through the Center for Biotechnology — headquartered right inside the BME department — which actively places students in biomedical industry internships and has driven roughly $1.2B in regional economic impact since the late '90s
Affiliated research labs & institutes: Access to the Medical Imaging Laboratory (home to the Laboratory for Imaging Research and Informatics and the Medical Image Processing Laboratory), the Visualization Laboratory (volume rendering, VR, and scientific visualization research), the Polymer Structure Laboratory at the Garcia Center for Polymers at Engineered Interfaces (an NSF-funded MRSEC), and the Communications, Signal Processing, Speech and Vision Laboratory
Off-campus research partnerships: Opportunities through Brookhaven National Laboratory's Center for Functional Nanomaterials and its Environment, Biology, Nuclear Sciences and Nonproliferation programs
Medical and science center affiliations: Ties to Stony Brook Medicine, the Centers for Molecular Medicine (spanning cancer genetics, developmental genetics, infectious disease, and structural biology), and Long Island Jewish Medical Center–Northwell Health
Libraries & research resources: Full access to the Stony Brook University Library, the Health Sciences Library, and research databases, electronic journals, and subject guides tailored to engineering and biomedical research
Cross-department collaboration: Coursework and research ties into Electrical Engineering, Computer Science, Materials Science and Engineering, Chemistry, and Radiology — so you're never siloed into just one discipline

Progression & Future Opportunities

Stony Brook BME graduates step into one of the fastest-growing engineering fields in the country, backed by a curriculum that blends rigorous engineering training with real industry exposure — and it shows in where alumni end up. Whether they head straight into the workforce or continue on to advanced study, graduates leave equipped to work across manufacturing, clinical settings, medical device development, and research. Typical roles graduates step into include Manufacturing Engineer, Clinical Engineer, Biomedical Researcher, and Medical Technology Developer: here's exactly how Stony Brook sets you up to get there.

Career services support: The Stony Brook Career Center (Melville Library W-0509) offers one-on-one career coaching, resume and interview prep, and access to Handshake — the university's job/internship database — plus dedicated "Tech & Engineering" career community resources, employer information sessions, and job/internship fairs built specifically to connect engineering students with recruiters
Employment & outcomes stats: Nearly 95% of Stony Brook undergraduates are employed or enrolled in graduate/professional school within a year of graduation, a benchmark the university tracks and publishes as part of its student outcomes
University–industry partnerships: The BME department is home to the Center for Biotechnology, one of New York State's official Centers for Advanced Technology, which runs an Industrial Research Internship Program connecting students directly with top New York biotech and pharma companies; recent graduate employers include Pall Corporation, Carestream, Pfizer, Boston Scientific, and Johnson & Johnson
Long-term accreditation value: Because the program is ABET-accredited under the Engineering Accreditation Commission's specific criteria for Bioengineering and Biomedical programs, your degree carries recognized, portable credibility with employers and licensing bodies for the entirety of your career — not just at graduation
Graduation outcomes: Alumni have gone on to work in regulatory affairs, medical device R&D, investment banking, and pharmaceutical research, with several noting that their BME training gave them access to career paths unavailable to standard CS, Econ, or Math majors

Further Academic Progression: If you want to keep building on your Stony Brook foundation, the department makes that seamless. High-achieving juniors can apply directly to the accelerated BE/MS combined degree program, letting you earn a Master's in Biomedical Engineering faster by starting graduate coursework while still an undergrad. From there, the graduate program offers specialized MS concentrations in Biomedical Principles, Biomedical Design, or Biomedical Entrepreneurship, a Medical Physics Accredited Certificate track, and a full PhD program for students set on research or academia. Stony Brook also supports a Departmental Honors track during your undergrad years — including a research seminar and honors thesis — that gives you a real head start if graduate study is on your radar.