Learning Outcomes

SO1

Ability to apply knowledge of mathematics, science, and biomedical engineering principles to design, analyze, and solve medical device and healthcare technology problems.

SO2

Ability to understand and comply with professional, ethical, legal, and regulatory responsibilities related to biomedical device development, clinical practice, and healthcare technology deployment.

SO3

Ability to evaluate program outcomes in cooperation with faculty members, industry representatives, healthcare professionals, employers, and graduates for the purpose of continuous improvement in medical device development and biomedical practice.

SO4

Ability to demonstrate leadership skills, teamwork, commitment to quality, ethical behavior, professional integrity, and respect for others in multidisciplinary healthcare environments.

SO5

Ability to work effectively and integrate into multidisciplinary teams comprising engineers, clinicians, regulatory specialists, and industry professionals as a team member or leader.

SO6

Ability to design and conduct biomedical experiments and clinical validation studies, analyze and interpret physiological data, and draw appropriate engineering and clinical conclusions.

SO7

Ability to use modern biomedical engineering techniques, diagnostic instruments, computational tools, medical device design software, and regulatory documentation systems necessary for professional biomedical engineering practice.

SO8

Ability to identify, analyze, formulate clinical and technical biomedical engineering problems, and propose innovative technical solutions that address unmet healthcare needs.

SO9

Ability to communicate effectively with diverse stakeholders including clinicians, patients, regulatory agencies, and industry partners through written technical documentation, oral presentations, and visual communication.

SO10

Ability to recognize the need for lifelong learning and actively engage in continuous professional development while keeping up with contemporary biomedical technologies, clinical advances, and regulatory updates.

SO11

Ability to understand the local and global impact of biomedical engineering solutions on society, healthcare equity, the environment, and the economy, and to commit to quality assurance, patient safety, and continuous improvement in medical device development.