Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
The biomedical engineering graduate program integrates core studies with specialized concentrations, enabling deeper exploration of your specific interests. Faculty from diverse biomedical engineering disciplines co-teach the introductory course, supplemented by guest lectures to provide students with comprehensive field exposure. The University's biomedical engineering Ph.D. is a cross-disciplinary initiative focusing on integrating biological systems, innovative device development, and multi-scale modeling of biological or ecological processes. Specialization options encompass cutting-edge nanosensors, lab-on-chip technologies, bioinformatics, or cancer biology methodologies. Ph.D. candidates engage extensively in pioneering research, contributing to scientific progress in specialized domains.
Students will demonstrate proficiency in applying mathematical, scientific, and engineering principles.
Students will acquire skills to design experiments, execute them, and evaluate resulting data.
Students will develop the ability to engineer systems, components, or processes that fulfill requirements while considering practical limitations including economic, environmental, social, political, ethical, safety, production feasibility, and sustainability factors.
Basic admissions requirements for the program:
Minimum TOEFL: 550
Application Deadlines: November 1 (Spring) | February 1 (Fall)