Robotics and Embedded Systems Engineering
Robotics and embedded systems engineering addresses the design and construction of physical systems that sense, process, and act on the world around them. Robots and embedded systems are not abstract software constructs: they are physical devices in which software, electronics, sensors, and actuators must work together in real time under real constraints of power, weight, reliability, and safety. This integration of computing, engineering, and artificial intelligence is at the heart of some of the most transformative technologies of our era, from autonomous vehicles and industrial automation to medical devices, drones, and smart infrastructure.
At Aberystwyth this three-year full-time programme covers a wide range of topics that together provide the foundation for building and operating physical computerised systems. You will study mathematics, programming, artificial intelligence, robotics, software engineering, electronics, and control systems, developing both theoretical understanding and practical hands-on skills in building systems involving computerised sensing and control. Aberystwyth has a well-established robotics research group, and being taught by research-led staff means you will encounter current problems and approaches in the field rather than only established techniques.
The programme develops highly transferable skills valued across many career paths, combining the analytical depth of computer science and engineering with the practical orientation of building real systems.
Graduates of robotics and embedded systems engineering programmes find careers in industries including automotive and transport, aerospace and defence, manufacturing automation, medical technology, energy, consumer electronics, and research and development. Roles include robotics engineer, systems engineer, embedded software developer, control systems engineer, and research scientist in both industry and academia. The combination of software, hardware, and AI expertise the degree provides is genuinely distinctive in a job market where automation and intelligent systems are transforming many sectors.
Many graduates also continue to postgraduate study in robotics, artificial intelligence, control engineering, or related fields.