Biomedical Engineering
Course Overview
This Biomedical Engineering degree, designed in collaboration with the healthcare industry, integrates essential biology and medicine with core engineering principles to create the next generation of medical device innovators. The program responds to the growing global demand for sophisticated healthcare technology, from advanced scanners to minimally invasive surgical tools. Students can earn a Bachelor's degree in four years or continue for a fifth year to fast-track a Master's in Mechanical and Manufacturing Engineering with a Biomedical major.
Key Program Highlights
- Industry-validated curriculum developed in consultation with the healthcare and medical community
- Unique integration of biological sciences with core mechanical and electronic engineering
- Focus on designing the next generation of sophisticated medical devices and diagnostic tools
- Strong emphasis on team-based projects that mirror real-world professional environments
- Optional fifth year to fast-track to a Master's degree with a specialized biomedical major
Course Overview
This Biomedical Engineering degree, designed in collaboration with the healthcare industry, integrates essential biology and medicine with core engineering principles to create the next generation of medical device innovators. The program responds to the growing global demand for sophisticated healthcare technology, from advanced scanners to minimally invasive surgical tools. Students can earn a Bachelor's degree in four years or continue for a fifth year to fast-track a Master's in Mechanical and Manufacturing Engineering with a Biomedical major.
Key Program Highlights
- Industry-validated curriculum developed in consultation with the healthcare and medical community
- Unique integration of biological sciences with core mechanical and electronic engineering
- Focus on designing the next generation of sophisticated medical devices and diagnostic tools
- Strong emphasis on team-based projects that mirror real-world professional environments
- Optional fifth year to fast-track to a Master's degree with a specialized biomedical major
Requirements
Modules
- Professional Development
- Project & Technical Drawing
- Software Development
- Mechanics-Statics
- Electronics
- Numerical Problem Solving
- Materials Engineering
- Engineering Mathematics
- Basic Sciences for Engineering
- How life works
- Circuits
- Engineering Mathematics
- Mechanics of Machines
- Thermodynamics
- Strength of Materials
- Design and Solid Modelling
- Thermofluid Mechanics
- Human Movement
- Anatomy and Physiology
- Immunology & Cell Biology
- Mechanics of Machines
- Measurement & Signal Processing
- Product Design
- Fundamentals of Control
- Manufacturing
- Product Development
- Data Analytics
- Intra Work Placement
- Image Processing
- Biomaterials
- Finite Element Analysis
- Heat Transfer and Fluid Mechanics
- Operations Research Methods
- Rehabilitation Engineering
- Surgical Device Technology
- 4th Year Project