MSc Robotics and Artificial Intelligence

What will I study?

On this robotics MSc, you’ll build a solid, hands-on foundation in robotics and intelligent systems. You’ll start by learning the core principles of robot design using wheeled robots and creative tools like Fusion 360. From there, you’ll move into simulation, working with platforms like ROS 2, Gazebo, Riz and Linux to model and control robotic systems in virtual environments.

You’ll also get the chance to dive into machine vision, sensing and hardware integration, gaining real experience with sensors, actuators and controllers. You’ll have the chance to explore specialist areas through optional modules in animatronics or automation and the Internet of Things (IoT), depending on where you want to take your skills.

Everything leads up to a major research project, where you’ll apply what you’ve learned to a real-world challenge. This could be an industry-linked brief or a team-based RoboCup-style competition. Throughout the course, you’ll be using the tools and technologies that define Industry 4.0, while building the kind of practical, team-based experience that employers value.

What facilities will I use?

As a student on this course, you’ll have access to a growing suite of specialist robotics facilities that support both simulation and hands-on learning. You’ll work with wheeled robotic platforms like the iRobot Create 3, and get practical experience using a wide range of sensors, actuators and controllers to bring your ideas to life.

You’ll also use professional-grade software throughout the course, including Fusion 360 for design and ROS 2, Gazebo and Riz for simulation. These tools are widely used in the robotics industry, giving you the confidence and experience to step into real-world roles with a strong technical foundation.

How will I be taught and assessed?

You’ll be taught through a mix of lectures, seminars, workshops and lab sessions, combining theory with plenty of hands-on learning. Most teaching takes place face-to-face, supported by flexible online resources like recorded tutorials and simulation walkthroughs. Because the course is built around standalone modules, you can join at different points in the year and progress at your own pace—something that sets this programme apart.

Assessment is mostly coursework-based, with a strong focus on practical application. You’ll create design portfolios, simulation reports and hardware demonstrations, and take part in group projects and a major research dissertation. You’ll also be assessed through innovative formats like digital design work in Fusion 360, simulation tasks in ROS 2 and Gazebo, and team-based exercises that test your problem-solving and collaboration skills in real-world scenarios.