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The Ph.D. program's educational philosophy integrates engineering fundamentals with biological, medical, and health sciences. This interdisciplinary approach is driven by the conviction that innovations at the biology-engineering intersection will revolutionize healthcare through novel diagnostic methods and therapeutic solutions. Students in our bioengineering program will acquire both theoretical knowledge and practical abilities to quantitatively analyze and systematically modify cellular structures, tissues, and complex biological systems. As bioengineers, they'll apply analytical thinking and systematic design approaches to biological challenges, aiming to bridge scientific discoveries with clinical applications - mirroring how chemical principles were transformed into industrial processes during the last century.
Admission to the Graduate Program in Bioengineering requires a Bachelor’s degree in a science or engineering discipline from an accredited undergraduate institution. Applicants with degrees in non-engineering disciplines, such as biology, chemistry, physics, or mathematics, are expected to have the following prerequisite courses: Calculus I, II, III; Differential Equations; and Thermodynamics. These courses would ideally have been completed by the time of application, but they may also be in progress.
iBT TOEFL Requirements
Total - 96 (Speaking - 22, Listening - 24, Reading - 26, Writing - 24)
IELTS Requirements
Overall - 7 (Listening - 7, Reading - 7, Writing - 7, Speaking - 6.5)
PTE Requirements
Total - 68
Writing - 68