Bachelor of Engineering (Honours) (Mechatronic Engineering)
Course Overview
This course immerses you in solving real-world industry challenges by integrating mechanical, electrical, and software disciplines to design and optimize next-generation smart systems and robotics. Guided by leading academics, you will develop practical skills through hands-on projects that involve prototyping and customizing technology for optimal performance. You will graduate with the expertise to drive innovation in sectors like aerospace, biotech, renewable energy, and autonomous systems.
Key Program Highlights
- Solve real industry problems in cutting-edge fields like aerospace, eco-materials, renewable energy, and smart robotics.
- Learn from leading academics to master the integration of mechanical, electrical, control, and software engineering.
- Gain hands-on experience through prototyping and optimizing the performance of physical systems and devices.
- Get inspired by innovative student projects, from medical recovery aids to autonomous robots and machine vision systems.
- Graduate with the highly sought-after, practical skills needed for the most advanced engineering jobs of the future.
Course Overview
This course immerses you in solving real-world industry challenges by integrating mechanical, electrical, and software disciplines to design and optimize next-generation smart systems and robotics. Guided by leading academics, you will develop practical skills through hands-on projects that involve prototyping and customizing technology for optimal performance. You will graduate with the expertise to drive innovation in sectors like aerospace, biotech, renewable energy, and autonomous systems.
Key Program Highlights
- Solve real industry problems in cutting-edge fields like aerospace, eco-materials, renewable energy, and smart robotics.
- Learn from leading academics to master the integration of mechanical, electrical, control, and software engineering.
- Gain hands-on experience through prototyping and optimizing the performance of physical systems and devices.
- Get inspired by innovative student projects, from medical recovery aids to autonomous robots and machine vision systems.
- Graduate with the highly sought-after, practical skills needed for the most advanced engineering jobs of the future.
