Engineering with Mechatronic Systems Beng (Hon)

**Engineer tomorrow, today.** <br/><br/>Engineering with Mechatronics Systems combines mechanical, electrical, computer systems and digital innovation at the forefront of Industry 4.0. Designed for a sustainable future, this future-focused degree blends robotics, AI, smart systems, and eco-conscious design to equip you for the next generation of engineering challenges. Get hands-on with cutting-edge tech and shape a smarter, greener world. <br/><br/>**70% Engineering 30% Mechatronics Systems. 100% Futureproof** <br/><br/>Curious about the tech that powers robotics, smart factories, and intelligent machines? This course is your launchpad. Engineering with Mechatronic Systems gives you the skills to design, build and optimise the smart, sustainable systems of the future — blending mechanics, electronics, computing, and control into powerful real-world solutions. <br/><br/>You won’t just learn the theory — you’ll do the doing. From automation and robotics to the Internet of Things, cybersecurity, and intelligent control systems, youll dive deep into the technologies shaping Industry 4.0. Along the way, youll explore how to design for sustainability, manage supply chains, and drive innovation from concept through to creation. <br/><br/>We emphasise sustainability and global responsibility, encouraging you to be socially responsible and inclusive engineers who act as trusted agents of public good. <br/><br/>Graduates are well-prepared to apply their theoretical and practical knowledge innovatively in real-world scenarios, making positive impacts in organisational developments. <br/><br/>You’ll gain a forward-looking education that aligns with the principles of Engineers 2030, preparing them to be socially responsible and inclusive engineers. <br/><br/>**How will you learn?** <br/><br/>You’ll experience an unconventional and flexible learning approach. We focus on practical, project-based learning without traditional lectures. <br/><br/>TEDI-Londons campus at Canada Water in London features purpose-built Makerspaces designed to foster creativity and collaboration. These spaces are equipped with everything needed for hands-on learning, from small prototyping and 3D printing to large-scale equipment. The Makerspaces are integral to the project-based learning approach at TEDI-London, allowing you to develop your ideas and grow your engineering skills. Our Makerspaces boast milling machines, 3D printers, CNC machines, IoT sensors, and Smart Wearables to create and enhance seamless, efficient, flexible and responsive manufacturing environment known as Industry 4.0. <br/><br/>TEDI-Londons approach to learning is highly practical and project-based. Students are treated as professionals in training and will work on real-life challenges co-designed and co-delivered with employers. This hands-on approach ensures that you gain practical experience from day one, making you well-prepared for placements and future careers in engineering. <br/><br/>**After you graduate** <br/><br/>Graduates will be well prepared with a strong blend of core engineering principles and mechatronics systems skills, making them highly sought after in various industries. You’ll have the opportunity to pursue a range of job titles and further study options. <br/><br/>Potential careers available to graduates: <br/><br/>Mechatronics Systems Engineer <br/><br/>Digital Manufacturing Engineer <br/><br/>Manufacturing Systems Engineer <br/><br/>Automation Engineer <br/><br/>Technical Project Manager <br/><br/>Production Manager <br/><br/>Industrial Engineer <br/><br/>Business Development Engineer <br/><br/>Quality Control Manager <br/><br/>Supply Chain Manager <br/><br/>Process Manager <br/><br/>Systems Engineer <br/><br/>Robotics Engineer <br/><br/>Field Service Engineer <br/><br/>Graduates may choose to further their education by pursuing advanced degrees such as a masters or PhD in related fields. They can also consider specialised certifications or professional development courses to enhance their expertise in specific areas of Mechatronics Systems and Engineering.