Robotics and Automation (Taught)

Gain the skills and expertise to enter the fast-evolving industrial automation market with an MSc Robotics & Automation. Designed for engineering and technology graduates, this course will equip you with the advanced technical knowledge and professional skills needed to thrive in one of the fastest growing global sectors.

You’ll explore cutting-edge technologies such as AI, machine vision, IoT, autonomous systems, and industrial automation, whilst developing the analytical and problem-solving skills essential for tackling complex real-world engineering challenges. The curriculum, co-designed with industry partners and aligned with Engineering Council standards, ensures your learning reflects the needs of modern employers.

What you’ll learn

• Design advanced robotics and automation systems that solve complex engineering problems.

• Develop critical thinking and problem-solving skills for real-world applications.

• Apply AI, IoT, and machine vision technologies to drive sustainable innovation.

• Collaborate on interdisciplinary, industry-based projects that build professional experience.

• Learn to design sustainable and efficient automation solutions, considering the full system lifecycle.

Hands-on experience lies at the heart of this degree. You’ll engage with robotics laboratories, advanced computing suites, and collaborative projects that simulate real-world professional environments. Industry visits, live briefs, and your final research project will allow you to apply your learning to practical challenges whilst building your professional network.

Guided by expert academics and industry specialists, you’ll graduate as an adaptable, forward-thinking engineer ready for roles in robotics design, industrial automation, manufacturing systems, and control engineering, with the skills and confidence to lead innovation worldwide.

Specialist facilities
Our multimillion-pound Verena Holmes building is home to our engineering workshop, mechatronics lab, makerspace and mechanical physics lab, all equipped with industry-standard technology such as wind turbines, plasma cutters, laser systems, industry-leading 3D printers, a water treatment plant, a bioreactor, a distillation column, and more.