BOSTON UNIVERSITY · UNITED STATES
PhD in Biomedical Engineering
PhD · Taught in en
At a glance
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Duration
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IELTS
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Tuition / yr
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Language
PhD
Level
- Highly quantitative approachProgram Focus
- Interdisciplinary trainingAcademic Foundation
- Fellowships for first-year studentsFinancial Support
- Research assistantship opportunitiesResearch Focus
- Extensive research areasDepartment Strength
- Emphasis on scientific communicationLearning Outcome
The PhD program in Biomedical Engineering at Boston University offers a highly quantitative approach to the biomedical sciences, grounded in the principles of engineering and physical science. The program is designed for students with undergraduate backgrounds in engineering, mathematics, physics, or quantitative natural sciences. All admitted PhD students receive financial support through fellowships for their first year, which includes coursework and laboratory rotations. Following a successful first year, students typically secure a research assistantship, allowing them to engage in research under the guidance of faculty within one of the country's largest biomedical engineering departments. The curriculum is structured to provide a strong foundation in molecular and cellular biology and physiology from a quantitative and systems perspective. Graduates are expected to demonstrate the ability to conduct original research, analyze quantitative data, generate hypotheses, and effectively communicate their findings through publications and a dissertation.
Curriculum
The PhD program requires a minimum of 64 units for post-bachelor's students and 32 units for post-master's students. Course requirements include core courses, electives, and research units, with specific requirements varying based on prior graduate study.
- Post-Bachelor's Requirements
- Molecular BioengineeringENG BE 605
- Quantitative Physiology for EngineersENG BE 606
- Biomedical Engineering SeminarENG BE 790
- BME PhD Laboratory RotationENG BE 791
- Literature ReviewENG BE 792
- Teaching Practicum IENG BE 801
- Teaching Practicum IIENG BE 802
- BE graduate-level electives (3 courses)
- Graduate-level technical electives (2 courses)
- Math course from approved list
- Research unitsENG BE 900/991
- Post-Master's Requirements
- ENG BE 605 Molecular BioengineeringENG BE 605
- ENG BE 606 Quantitative Physiology for EngineersENG BE 606
- ENG BE 790 Biomedical Engineering SeminarENG BE 790
- ENG BE 791 BME PhD Laboratory RotationENG BE 791
- ENG BE 792 Literature ReviewENG BE 792
- ENG BE 801 Teaching Practicum IENG BE 801
- ENG BE 802 Teaching Practicum IIENG BE 802
- Math course from approved list
- Graduate-level technical electives (2 courses, at least one BE)
- Research unitsENG BE 900
Careers
Graduates of the PhD in Biomedical Engineering program are prepared to pursue careers in research and development, academia, and industry. The program's strong emphasis on quantitative analysis and original research equips students with the skills necessary for advanced scientific roles.
- Researcher
- R&D Scientist
- Professor
- Biomedical Engineer
- Data Scientist
Frequently asked questions
- What are the entry requirements for the PhD in Biomedical Engineering?
- You need an undergraduate degree in engineering, mathematics, physics, or quantitative natural sciences. It is recommended to consult the BME Graduate Student Handbook for detailed academic requirements.
- Is there financial support available for PhD students in Biomedical Engineering?
- Yes, all admitted PhD students receive financial support through fellowships for their first year. Following the first year, students typically secure a research assistantship.
- What is the duration of the PhD in Biomedical Engineering program?
- The program requires a minimum of 64 units for post-bachelor's students and 32 units for post-master's students, with specific course requirements varying.
- What are the application deadlines for the PhD in Biomedical Engineering?
- The application deadline for admission in the following fall term is December 15.
- What kind of careers can I pursue after completing the PhD in Biomedical Engineering?
- Graduates are prepared for careers as Researchers, R&D Scientists, Professors, Biomedical Engineers, or Data Scientists in academia and industry.
Entry requirements
Undergraduate DegreeUndergraduate training in engineering, mathematics, physics, or quantitative natural sciences is required for admission.
Students are encouraged to consult the BME Graduate Student Handbook for detailed academic requirements.
Fees
Tuition (international)Full funding is provided to PhD students by the School of Theology, though this specific program's tuition details are not listed. However, general university PhD students are offered fellowships.
Tuition (home)Full funding is provided to PhD students by the School of Theology, though this specific program's tuition details are not listed. However, general university PhD students are offered fellowships.
LivingInformation on living costs is not provided for this program.
While the School of Theology mentions full funding for its PhD students, specific tuition and living costs for the PhD in Biomedical Engineering are not detailed on the provided pages. However, first-year students in the PhD in Biomedical Engineering are offered fellowships.
How to apply
1. Submit Online ApplicationComplete and submit the application form via the College of Engineering's Graduate Programs website.
2. Meet Admission PrerequisitesEnsure you have the required undergraduate training in engineering, mathematics, physics, or quantitative natural sciences.
3. Adhere to DeadlineAll applications must be submitted by December 15 for admission to the following fall term.
Scholarships
First-Year FellowshipsFull funding for the first year
Frequently asked questions
What are the entry requirements for the PhD in Biomedical Engineering?
+
You need an undergraduate degree in engineering, mathematics, physics, or quantitative natural sciences. It is recommended to consult the BME Graduate Student Handbook for detailed academic requirements.
Is there financial support available for PhD students in Biomedical Engineering?
+
Yes, all admitted PhD students receive financial support through fellowships for their first year. Following the first year, students typically secure a research assistantship.
What is the duration of the PhD in Biomedical Engineering program?
+
The program requires a minimum of 64 units for post-bachelor's students and 32 units for post-master's students, with specific course requirements varying.
What are the application deadlines for the PhD in Biomedical Engineering?
+
The application deadline for admission in the following fall term is December 15.
What kind of careers can I pursue after completing the PhD in Biomedical Engineering?
+
Graduates are prepared for careers as Researchers, R&D Scientists, Professors, Biomedical Engineers, or Data Scientists in academia and industry.