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The B.S. in Biomedical Engineering at Yale University brings together engineering, biology, and medicine to help students understand and solve real-world challenges in healthcare. It is ideal for students who enjoy science and technology and want to explore areas such as medical imaging, biomechanics, biomolecular engineering, and systems biology.
Curriculum Structure
First Year: Students build a strong foundation in mathematics and the natural sciences through subjects such as BIOL 1010–1020, MATH 1200, and PHYS 1800/1810. These courses develop the scientific and quantitative skills needed for more advanced biomedical engineering study.
Second Year: Students begin exploring core biomedical engineering concepts through courses such as BENG 2080, BENG 2800, and BENG 3200 – Physiological Systems. The coursework helps students connect engineering principles with biological and physiological systems.
Third Year: Students take more advanced biomedical engineering courses, including BENG 3600, BENG 3400, BENG 3500, BENG 3100 – Physiological Systems Laboratory, and BENG 3110 – Biomedical Engineering Laboratory. They also begin developing deeper knowledge through electives related to their areas of interest.
Fourth Year: Students focus their studies through one of four concentrations: Bioimaging, Biomechanics and Mechanobiology, Biomolecular Engineering, or Systems Biology. They also complete advanced coursework and a senior project through BENG 4974 or the yearlong BENG 4973–4974 sequence, giving them the opportunity to apply their knowledge to an in-depth biomedical engineering project.
Focus Areas
Bioimaging, biomechanics and mechanobiology, biomolecular engineering, systems biology, physiological systems, biomedical imaging, biomaterials, drug delivery, biological signals and sensors, tissue engineering
Learning Outcomes
Apply engineering principles to biomedical challenges, develop quantitative approaches to biological systems, understand physiological processes, analyze biomedical images and signals, design and evaluate biomedical technologies, connect engineering with life sciences, conduct biomedical research, develop specialized knowledge through a chosen concentration, complete independent biomedical engineering projects
Professional Alignment (Accreditation)
The program prepares students for a range of career and academic pathways in biomedical engineering, healthcare, research, and related fields. Yale highlights opportunities in industry, consulting, government, graduate education, and medicine, while laboratory courses and the senior project give students opportunities to apply their knowledge to practical biomedical engineering problems.
Reputation (Employability Rankings)
Yale University is internationally recognized for its academic and research environment, and its Biomedical Engineering program benefits from close connections between engineering, biological sciences, and medicine. Yale's official program information does not provide a specific employability ranking for the B.S. in Biomedical Engineering.
The B.S. in Biomedical Engineering at Yale University gives students plenty of opportunities to put their knowledge into practice through laboratory courses, research, and independent projects. Students gain hands-on experience with areas such as physiological measurements, biomedical imaging, biomaterials, signal processing, machine learning, and engineering design, helping them connect classroom learning with real biomedical challenges.
Students can develop practical skills through the following opportunities:
Physiological Systems Laboratory: In BENG 3100, students learn practical techniques for physiological measurements, including bioelectric measurements, signal processing, and bone mechanics.
Biomedical Engineering Laboratory: BENG 3110 provides hands-on experience with biomaterials and cell interactions, magnetic resonance spectroscopy and imaging, image processing, and machine learning.
Undergraduate Research: Through BENG 4971 and BENG 4972, students can work with faculty on laboratory or theoretical research, engineering design, or focused research projects.
Senior Project: Students complete a substantial biomedical engineering project through BENG 4974 or the yearlong BENG 4973–4974 sequence, working under faculty supervision on research or engineering design.
Biomedical Imaging and Machine Learning: Students gain practical exposure to magnetic resonance imaging, image processing, and machine learning through laboratory-based coursework.
Concentration-Based Experience: Students can develop deeper knowledge in Bioimaging, Biomechanics and Mechanobiology, Biomolecular Engineering, or Systems Biology.
Small-Group Projects: Faculty-supervised project courses allow students to work individually or in small groups on research, laboratory, theoretical, and engineering design projects.
Study Abroad: Students may be able to use approved study-abroad courses toward the major with permission from the Director of Undergraduate Studies.
Research Facilities: Yale's Biomedical Engineering research environment covers areas such as biomedical and medical devices, biological signals and sensors, biomaterials, biophotonics, computational medicine, MRI/MRS, drug delivery, tissue engineering, and systems biology.
The B.S. in Biomedical Engineering at Yale University gives students a strong foundation for careers in biomedical engineering, healthcare, biotechnology, research, consulting, and related industries. It also provides a good starting point for students who want to continue into graduate study, medical school, or other health-professional programs.
Potential career roles include Biomedical Engineer, Biomedical Researcher, Medical Device Engineer, Biomedical Imaging Specialist.
Students can strengthen their career prospects through Yale's academic and career resources:
Career Support: Yale's Office of Career Strategy provides career advising, resume and cover-letter support, recruiting information, and access to job and internship opportunities through Yale Career Link.
Industry Exposure: Students can explore opportunities with biomedical and healthcare organizations such as Medtronic, Genentech, and Novartis, as well as pharmaceutical, biotechnology, consulting, and startup organizations.
Employment Outcomes: Yale reports that 95.3% of the Class of 2025 graduates were employed or enrolled in graduate school within six months, with a mean starting salary of $94,028 for graduates employed full-time in the United States. These figures represent Yale College overall and are not specific to Biomedical Engineering.
Research Experience: Students can participate in faculty-supervised research and complete a substantial senior project, helping them develop experience useful for research careers and further study.
Professional Value: The program develops knowledge across areas such as Bioimaging, Biomechanics and Mechanobiology, Biomolecular Engineering, and Systems Biology, giving graduates flexibility when choosing their career direction.
Graduation Outcomes: Yale identifies industry, consulting, government, graduate education, medicine, and other health professions as potential pathways for Biomedical Engineering graduates.
Further Academic Progression: After completing the bachelor's degree, students can pursue master's or doctoral programs in biomedical engineering and related engineering or scientific disciplines. The degree also provides a strong foundation for students interested in medical school and other health-professional programs.
Applicants must submit an application through the Common Application, Coalition Application on SCOIR, or QuestBridge, along with two teacher recommendations, one counselor recommendation, a school report with transcript, and SAT or ACT scores.
Prerequisites include BIOL 1010 and BIOL 1020 (or a higher-level MCDB/MB&B course with DUS permission), CHEM 1610 or higher, and MATH 1150/1160 if required before MATH 1200 or ENAS 1510.
Students must also complete MATH 1200 or ENAS 1510, ENAS 1940, and PHYS 1800/1810 with PHYS 2050L/2060L or PHYS 1650L/1660L. US universities use a holistic admissions review. Beyond grades and standardized test scores, they weigh the strength of your overall profile to understand who you are as a student and a person.
Profile Assessment: Engineering applicants are generally assessed on the strength of their preparation in advanced Mathematics and laboratory sciences, particularly Physics and Chemistry. Calculus, technical projects, robotics, engineering competitions, research and evidence of practical problem-solving can strengthen the application. Universities may also look for creativity, teamwork and the ability to apply scientific concepts to real-world challenges.Advanced Placement(AP) Guidance: AP availability depends on the student's school. Relevant APs can strengthen an application and may earn university credit, but are not compulsory unless the university or programme explicitly requires them.Extracurricular activities: Estimated extracurricular contribution: 20–25%. Yale values meaningful engagement, positive contribution, curiosity and character. Admissions officers consider how applicants used the opportunities available in their school, family and community. Authenticity and sustained commitment generally matter more than the number of activities listed.Essays & recommendations: Personal essays and teacher/counselor recommendations give context to your achievements and help demonstrate fit with the program.Biomedical EngineerBiomedical ResearcherMedical Device EngineerBiomedical Imaging SpecialistBiomolecular EngineerBiomechanical EngineerSystems Biology SpecialistBiomedical Imaging EngineerDrug Delivery EngineerBiomaterials EngineerTissue Engineering SpecialistBiomedical Signal Processing EngineerBiomedical Research Scientist
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