Interested in creating machines that move, think, and even learn? As a robotics engineer, you won't just imagine intelligent machines, you'll design, build, and bring them to life. If you love solving complex problems, tinkering with tech, and blending creativity with precision, read on to learn how to become a robotics engineer in the UK.
Updated: 25 Jan 2026
Robotics engineers design, build, and programme smart machines that take on real-world tasks, often the tricky, repetitive, or dangerous ones. From robotic arms in car factories to surgical bots in hospitals, they create automated systems that help industries like manufacturing, aerospace, and medicine run more smoothly. It’s a high-tech career that blends mechanical and electrical engineering, with computer science.
This mix of disciplines makes robotics an exciting space for problem-solvers and inventors. You might be coding a robot’s brain one day, tweaking hardware the next, or analysing sensor data to boost performance. With the rise of AI and automation, global companies are on the lookout for engineers who can help build the future. If that sounds like you, robotics could be your perfect launchpad.
To succeed as a robotics engineer you need both technical knowledge and personal skills. Some of these include:
Knowledge of engineering (mechanical, electronic and computing) and technology
Strong maths skills and computer literacy
Creative problem-solving and design ability
Good communication and teamwork skills
Attention to detail and thoroughness
Curiosity and adaptability
Patience and persistency (debugging a complex robot can take time!)
GCSEs: you’ll need strong grades, usually five or more at grade 4 or above including English and Maths
A-levels or equivalent: Unis typically ask for two or three including Maths and Physics. Most accept BTECs or T Levels in relevant subjects like Sciences, Computing or Design.
Work experience or shadowing in a tech or engineering company would look good on your application, as would attending an engineering or STEM summer school.
The main types of degree options for robotics tend to be BSc or a BEng. You might choose from:
BSc/BEng Robotic Engineering
BSc Robotics and Artificial Intelligence
BSc Creative Technology and Robotics
BEng Mechatronics and Robotics
You could also explore a MEng or MSc which integrate a master’s qualification but take longer to complete.
Typically, an undergraduate Robotics degree requires between 96–144 UCAS points. This might look like:
A-levels: A*AAA–CCE
BTECs: DDD–MMP
Scottish Highers: AABBB–ABBB (Advanced Highers: AA–BB)
International Baccalaureate: 39–29
NEXT: Check out robotic engineering degree courses on Whatuni to compare your options.
Studying robotics engineering at university is a dynamic mix of theory and practical application. You'll dive into the foundations of mechanical design, electronics, and computer programming, while also developing hands-on skills in building and testing real robotic systems.
Courses often begin with core modules in maths, physics, and computing to build a solid technical base. As you progress, you'll move into more specialised topics like control systems, artificial intelligence, and sensor technologies. Many universities use lab-based sessions, group projects, and individual assignments to bring learning to life.
Some degrees offer the chance to work on real-world problems or take part in competitions and industry-sponsored challenges. You’ll also likely get experience with simulation software and hardware kits to develop your own robotic prototypes.
A typical undergraduate course lasts three years or four if you opt for an industry placement year, year abroad or integrated master’s.
Degree apprenticeships
Level 6 apprenticeship degrees in robotics engineering occasionally come up. You’ll need similar GCSEs and A-levels as with an undergraduate degree. You apply direct to employers rather than UCAS but there are currently few training providers, so competition is strong. It still leads to a robotics engineering degree, but you earn a salary and gain experience on the job as you learn.
Vacancies can be found on Find an apprenticeship.
Postgraduate options
Postgraduate courses tend to suit students already in a related field who want to learn more about robotics or specialise in a specific area as part of their continued professional development.
NEXT: Use our course search for more info.
After earning your degree, you’ll be ready to kick off your career as a graduate robotics engineer. You might start in industries like manufacturing, aerospace, automotive, defence, or healthcare, anywhere robots are helping people do things faster, safer, or more efficiently. Common graduate roles include robotics software developer, automation engineer, or mechatronics engineer.
Many graduates choose to work towards professional registration as an Incorporated or Chartered Engineer through institutions like the Institution of Engineering and Technology (IET). This shows employers you meet high industry standards and can open doors to senior roles.
Starting salaries typically range from around £27,000 to £35,000 depending on the company and sector. With experience and further qualifications, your pay can rise significantly, especially in high-demand areas like AI and automation. Some engineers go on to specialise in areas like machine learning, project management, or even research and teaching.
To impress, it’s important to show both your enthusiasm for robotics and your relevant skills. In your personal statement:
Highlight subjects like maths, computing, or physics, along with any practical experience, whether it’s a coding project, a robotics club, or a STEM competition
Admissions tutors want to see curiosity and commitment. Show that you’ve explored robotics beyond the classroom. Maybe you’ve watched documentaries, followed tech news, or built your own projects
Talk about teamwork, as many university courses involve group projects
Student feedback is a great way to learn more about courses and unis you’re considering. Adithi, a 2nd year student studying robotics at Falmouth University says: “It is an incredible place to study, especially for robotics enthusiasts like myself. The supportive community, passionate faculty, and great peers create an inspiring environment for learning and collaboration.”
NEXT: Read more honest reviews of robotics courses in the UK here
Is robotics engineering hard?
It can be challenging, especially the maths and programming, but if you're passionate about technology and solving problems, it’s very rewarding.
Do I need to be good at coding?
You don’t need to be an expert before you start, but a solid interest in coding and logic-based thinking helps. Most courses will teach you the programming languages you need.
Can I specialise later?
Yes, many courses let you focus on areas like AI, autonomous systems, or medical robotics in your final year. Some roles also offer specialisation after graduation.
Is a placement year worth it?
Definitely! Many students say their year in industry helped them build skills, confidence, and connections and made it easier to land a graduate job.
Ready to explore your options? Use the Whatuni course search to compare robotics engineering degrees, check entry requirements, and find the best fit for you.
NEXT: Search courses now