Carleton University

Overview

The Biomedical and Mechanical Engineering program at Carleton University offers a unique interdisciplinary approach, merging the principles of mechanical engineering with biological and medical sciences. This program equips students with the skills to design and assess technologies that enhance healthcare, ranging from assistive devices to advanced regenerative medicine applications.

What you'll study

The curriculum is structured to provide a strong foundation in engineering principles, gradually integrating biomedical applications. The program typically encompasses:

• Foundational Courses: Early studies focus on calculus, linear algebra, general chemistry, and physics to prepare students for engineering challenges.
• Core Engineering Courses: In-depth courses covering mechanics and essential engineering topics that foster modeling and problem-solving abilities.
• Biomedical Engineering Applications: Specialized courses in biomechanics, biofluid mechanics, biomaterials, and related areas.
• Advanced Topics: Opportunities to explore microfabrication and regenerative medicine, depending on course offerings.
• Capstone Project: A culminating design project that integrates the technical knowledge acquired throughout the program.

Example course themes include Biofluid Mechanics, Vibration Analysis, Human Anatomy, Biomechanics, Biomaterials, Solid Mechanics, Microfabrication, and Regenerative Medicine.

Entry requirements

Admission to the program is based on your secondary school academic performance, with specific subject prerequisites required for eligibility. Generally, applicants must possess a secondary school graduation certificate, typically after at least 12 years of study. Official transcripts and any necessary graduation exam results must be submitted as part of the application process.

Required subjects include:

• Standard Level (SL) or Higher Level (HL) Chemistry
• SL or HL Physics
• One of the following mathematics options: SL Analysis and Approaches, HL Analysis and Approaches, or HL Applications and Interpretation

Career prospects

Graduates of the Biomedical and Mechanical Engineering program are well-equipped for diverse career paths in the healthcare and engineering sectors. Potential opportunities include roles in medical device design, biomechanics research, and regenerative medicine, among others. The interdisciplinary training prepares graduates to contribute effectively to advancements in healthcare technology and innovation.