McMaster University

Overview

The Electrical and Biomedical Engineering program at McMaster University offers a unique blend of electrical engineering principles and biomedical applications. This interdisciplinary course is designed to equip students with the skills necessary for engineering positions at the intersection of technology, biology, and medicine.

What you'll study

The curriculum integrates core Electrical and Computer Engineering concepts with specialized biomedical engineering courses and hands-on design projects through the iBioMed stream. Students will engage in a variety of subjects that bridge engineering and healthcare.

Biomedical and engineering application courses (examples)

• Bioseparations Engineering
• Applications of Chemical Engineering in Medicine
• Cellular Bioelectricity
• Medical Robotics
• Physico-Chemical Processes in Water and Wastewater
• Semiconductor Manufacturing Technology

How learning is organized

• Core engineering coursework: Fundamental classes in Electrical and Computer Engineering that establish technical expertise.
• Biomedical engineering stream: Courses focusing on the application of engineering principles to biological and medical systems.
• Design and project-based learning: Collaborative projects aimed at developing practical engineering skills in real-world contexts.

Entry requirements

Admission to the program does not typically require GRE or GMAT scores. GPA and grade thresholds may differ based on the applicant's profile. It is advisable to check the latest undergraduate admission requirements from McMaster University for accurate information.

Career prospects

Graduates of the Electrical and Biomedical Engineering program can pursue diverse careers in various sectors, including healthcare technology, medical device development, and biomedical research. The interdisciplinary nature of the program prepares students for roles that require collaboration across engineering, biology, and medicine, making them highly sought after in the job market.