Summary
Robotics engineering is about designing intelligent systems that move, adapt and act in the real world. From manufacturing and transport to healthcare and beyond, robotics is transforming how industries operate.
On this course, you will explore how mechanical engineering, electronics, computing and artificial intelligence come together to create autonomous systems. You will learn how to design, build and programme machines that can sense their environment, make decisions and respond in real time.
You will not just study theory. Through hands-on projects, simulations and practical work with real robotic systems, you will bring ideas to life and test how they perform beyond the lab.
As you progress, you will build a strong foundation in engineering and computing, before specialising in robotics, control and machine learning in your final year.
You can also choose to take an Industrial Placement Year, giving you the opportunity to apply your learning in a professional engineering environment, gain valuable industry experience, and work with clinicians, patients, and healthcare professionals to understand real-world needs.
Key features of the course
Build a strong foundation. Study core engineering and computing topics before specialising in robotics and autonomous systems.
Learn through doing. Design, build and programme robotic systems through practical projects, simulations and real-world testing.
Shape your degree. Choose optional modules to explore areas such as robotics applications, machine learning and system design.
Access specialist facilities. Work with advanced robotics platforms, mobile systems with embedded sensing and tools for simulation and control.
Gain real-world experience. Take an optional Industrial Placement Year in an engineering organisation, developing professional skills and industry insight.
Student support
Your Personal Academic Tutor (PAT) will support you throughout your studies, helping you shape your academic pathway and offering guidance on your development and career goals.
You will be part of a collaborative learning environment, working with students and staff focused on robotics and intelligent systems.
Further information
You will take part in project-based learning across your degree, developing systems such as autonomous robots, control algorithms and machine learning applications.
Graduates go on to roles in robotics, automation, artificial intelligence and advanced engineering across sectors including manufacturing, healthcare and transport.
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