• Analyze contemporary challenges in biomedical engineering, discover knowledge gaps, and assess needs to formulate research and development opportunities.
  • Demonstrate understanding of biomedical engineering practice in a regulated environment.
  • Utilize modern techniques and technologies to generate data of significance to biomedical innovations/challenges.
  • Apply advanced engineering methods – such as theoretical, computational, or manufacturing tool­s – to the design and/or evaluation of biomedical systems.
  • Employ statistical approaches to design experiments, and analyze & interpret data to form data-driven conclusions.
  • Communicate engineering, biological, and medical concepts in both written and oral forms.
  • Demonstrate independence and initiative in acquiring the knowledge and skills necessary to complete biomedical engineering projects at the interface between biology, medicine, and engineering.