Learning Outcomes

The Master of Science degree in BMEBT is an interdisciplinary degree at the intersection of biology and engineering, including physics, chemistry and health sciences, addressing contemporary biomedical/health problems. Upon graduation, students will have developed competency in the fundamentally important aspects of biomedical engineering and technology, including but not limited to:
  • Use quantitative methods, including fundamental mathematics and statistics to approach, formulate and solve problems in biomedical engineering and biotechnology
  • Safely and effectively use laboratory techniques in at least one specialization area
  • Use concepts in advanced cell and molecular biology and in physiological processes
  • Work according to professional and ethical standards
  • Develop experience in various aspects of biomedical engineering and biotechnology