MS Biomedical Engineering - Biofluids
Course Overview
The Master of Science in Biomedical Engineering with a Biofluids track equips graduates with advanced expertise in fluid mechanics as applied to the human body, preparing them for high-demand industry roles or competitive PhD programs. This program focuses on cutting-edge translational research to solve complex medical challenges through computational modeling and diagnostic innovation. Students can tailor their degree with both thesis and non-thesis options to align with their professional goals in research or product development.
Key Program Highlights
- Focus on translational research in cardiovascular and lung cancer treatment planning
- Specialized training in multiscale computational fluid dynamics (CFD) and bioacoustics
- Flexible program structure with both thesis (research-focused) and non-thesis (industry-focused) options
- Prepares graduates for careers in medical device design, clinical engineering, and R&D
- 30-credit hour curriculum combining core biomedical engineering with biofluids specialization
Course Overview
The Master of Science in Biomedical Engineering with a Biofluids track equips graduates with advanced expertise in fluid mechanics as applied to the human body, preparing them for high-demand industry roles or competitive PhD programs. This program focuses on cutting-edge translational research to solve complex medical challenges through computational modeling and diagnostic innovation. Students can tailor their degree with both thesis and non-thesis options to align with their professional goals in research or product development.
Key Program Highlights
- Focus on translational research in cardiovascular and lung cancer treatment planning
- Specialized training in multiscale computational fluid dynamics (CFD) and bioacoustics
- Flexible program structure with both thesis (research-focused) and non-thesis (industry-focused) options
- Prepares graduates for careers in medical device design, clinical engineering, and R&D
- 30-credit hour curriculum combining core biomedical engineering with biofluids specialization
