Engineering
Robotics and mechatronics
BEng or MEng
Overview
Robotics and mechatronics combine mechanics, electronics and programming so that a machine can sense and act. It is narrower than straight mechanical or electrical engineering. Not every university uses the same title, so the modules matter more than the word robot. Students who enjoy it like building a system that moves and writing the software that controls it. Mechanical or electronic engineering with control options remains a recognised alternative.
You want mechanics, electronics and code in one degree.
Computer games development is software. Mechanical engineering may include only a little control.
People who like building and programming physical systems.
What you will study
Universities do not teach the same modules. The lists below are a general shape, not a syllabus.
Year 1
- Mathematics
- Engineering principles
- Design and laboratory
Later years
- Specialist modules
- Design project
- Optional placement year
Skills
Useful before you start
- Mathematics
- Physics
- Spatial problem-solving
Developed during the degree
- Design
- Modelling
- Laboratory or workshop practice
- Project management
Teaching and assessment
Teaching often includes Lectures, Laboratories, Design studios, Workshops.
Assessment often includes Exams, Design reports, Laboratories, Project.
Typical weekly commitment
Estimate for a design-and-laboratory engineering degree. A placement year replaces the campus week.
Entry requirements
Indicative patterns from published UK admissions information. Not an offer. Actual requirements vary by course, university and year. Pearson Edexcel International A Level and Cambridge International A Level are not treated as the same qualification as GCE A level.
Indicative requirements by qualification
The A-level band is the catalogue reference. IB and American lines come from the named university guides under the table. They are not a conversion every university uses, and they are not an offer.
| Qualification | Indicative requirements |
|---|---|
| A Levels | BBB–ABB. Mathematics is widely required. Physics or computing is commonly the second subject. |
| IB Diploma | UCL publishes 34 points for ABB. The other end of this band is not in that table. A required A-level subject must be Higher Level in UCL's rule. Each Higher Level subject in that table is at least 5. UCL equates A* to 7, A to 6 and B to 5. This is one university's table. |
| American curriculum | That Manchester guide gives AP 5, 4, 4 for ABB. The other end of this band is not in the guide. Bristol publishes a GPA of 3.2, or 3.4 for competitive courses, and does not use one AP pattern for every degree. Where a course asks for mathematics, Bristol requires AP Calculus BC at 5. |
- University College London: Undergraduate entry requirements. Retrieved 2026-10-14. Not a universal rule.
- University of Manchester, School of Social Sciences: Americas country guide. Retrieved 2026-10-14. Not a universal rule.
- University of Manchester, Civil Engineering: USA country entry requirements. Retrieved 2026-10-14. Not a universal rule.
- University of Bristol: USA international qualifications. Retrieved 2026-10-14. Not a universal rule.
A-level subjects
Mathematics is widely required. Physics or computing is commonly the second subject.
Often recommended: Physics, Computer Science.
Useful preparation: Design and Technology.
GCSE and IGCSE
Mathematics and often a science at GCSE or IGCSE are commonly requested for engineering and computing. Grades vary. International qualifications are not automatically accepted as the UK version.
Indicative UK pattern only. Not an offer. Selective engineering and mathematics courses can ask for higher grades and sometimes an admissions test.
Other ways in
- An MEng is an integrated master's, not a separate postgraduate degree.
- A foundation year is not a guaranteed transfer onto the degree.
- Chartered status comes after the degree, through professional experience.
Admissions tests and extra requirements
ESAT
Used by some courses only. A science and engineering admissions test.
Selected engineering and science courses. Not a requirement for every science degree.
Checked 2026-10-14.
Official test site
Course costs
For many standard full-time courses in England, the home-fee maximum in 2026 to 2027 is Up to £9,790. This is the maximum standard full-time fee published for approved English providers with a TEF award and an access and participation plan. It is not the fee a named university charges, and it does not decide whether you pay home or international fees.
Clinical, laboratory and studio courses are not given a different home-fee figure here, because the regulated maximum is not the same thing as an international or clinical fee.
International tuition is set by each university and is not stored here. Clinical courses are often much higher than classroom-based courses. A school in Qatar does not decide home-fee status.
Source: Changes to tuition fees: 2026 to 2027 academic year. Retrieved 2026-10-14. Living costs, field trips and professional fees are not included.
Where you could study
UK degrees in this subject are numerous. This page does not list every university, because a list without a checked entry requirement would look more certain than it is.
No individual UK course page is stored yet for this subject. Use the university site.
No overseas course has been checked for this subject yet.
Where could this degree take you?
Robotics engineer
Direct qualifying route
The closest title. Mechanical or electronic engineering with the right options is a common alternative.
Computer games developer
Related, but not enough on its own
Games development is a software role. This degree is not the usual route.
Explore your pathway
A course sits between school subjects and a career. It does not guarantee either admission or a job.