Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
As technology becomes more integral to modern healthcare, there's a growing need for engineers skilled in comprehending, simulating, and constructing sophisticated biomedical systems. These versatile professionals serve as vital connectors between medical science and technological advancement, crafting creative answers to health-related issues. Imagine engineering artificial limbs. Inventing precision surgical tools guided by lasers. Designing wearable technology to boost athletic performance. In Biomedical Engineering, you'll apply engineering principles to improve disease detection, medical treatments, and overall wellbeing.Your curriculum will cover biomechanics, physics, chemistry, and design principles. This comprehensive foundation will enable you to work alongside diverse specialists including biologists, healthcare providers, policy experts, and fellow engineers. You'll gain expertise in modeling and developing complex biomedical systems, complemented by practical experience through two years of paid cooperative education placements and a senior-year capstone design project.Upon graduation, you'll be equipped to pioneer groundbreaking innovations that both preserve and improve lives.