Admission Criteria

The Admissions Committee reviews each prospective student’s entire application: Grade Point Average (GPA), Graduate Record Examination (GRE) scores, letters of recommendation, personal statement, undergraduate degree area, TOEFL score (if required), and previous research or work experience. Therefore, only complete applications will be considered. Admission decisions are made in the context of the laboratory space and resources available each year.

The Admissions Committee makes final admission decisions on all applications and does not determine admittance based solely upon GRE scores and GPA numbers. Therefore, the committee does not provide a minimum GRE or GPA for admission.

The Graduate Coordinator cannot predict admittance. The Admissions Committee will not decide admittance until receiving and reviewing all application materials.

Changes to the application documents will not be accepted after the December 1st deadline.

Recommended Prerequisite College-level Courses:

  • Calculus-based physics (two semesters)
  • Differential equations
  • Statistics
  • Chemistry
  • Biology (cell or molecular)
  • Physiology.

These courses are not required for admission, but taking them may help an applicant be more competitive during the admissions process. Also, students who have taken these courses may be more prepared for the graduate curriculum.

Ph.D. Applicants

Application Deadlines:

Applicants should possess a B.S. or B.A. degree in an area compatible with our program. An M.S. degree is not required. Admitted and enrolled Ph.D. students have the option of earning a coursework M.S. degree while working toward the Ph.D. degree. 

If you possess an M.S. degree, some of the courses from your M.S. program of work may count toward the Ph.D. degree program. Transfer credit will be determined and approved after admittance and enrollment in the program.

M.S. Applicants

Application Deadline:

The M.S. Program does not accept applications for Summer or Spring admission.

Applicants should possess a B.S. or B.A. degree in an area compatible with our program.

Contact Us

 Lacy White220
Lacy White, Graduate Coordinator

headshot of Andrew Dunn
Andrew Dunn, Ph.D., Graduate Advisor, Professor

Frequently Asked Questions

Want to Learn More about BME?

For those interested in getting a BME degree, learn more about the field, funding support, research opportunities, preparing for grad school, and more with our UT BME Info page.

Why Biomedical Engineering?

Trying to decide if biomedical engineering is right for you? The American Institute for Medical and Biological Engineering (AIMBE) has provided a biomedical engineering careers pathway tool designed specifically for exploring your career options!