Robotics and Industrial Automation, MSc
Advance your career with our MSc in Robotics and Industrial Automation. Gain hands-on experience in cutting-edge labs, master AI-driven robotics, and prepare for global roles in manufacturing, aerospace, healthcare, and logistics.
This MSc in Robotics and Industrial Automation offers an exceptional opportunity to gain advanced knowledge and practical skills in one of the world’s fastest-growing technology sectors. Designed in response to strong global demand for robotics engineers, the programme combines cutting-edge theory with hands-on experience in our state-of-the-art facilities, including a dedicated robotics laboratory and industrial automation suite equipped with Siemens TIA Portal and industry-standard robotic arms.
You will explore key areas such as machine sensing, securing technologies, human and machine robotics, machine intelligence, and advanced industrial automation systems, culminating in an individual research project that applies learning to real-world challenges. With strong links to industry and feedback from employers confirming persistent skills shortages, this programme positions graduates for high-level careers in sectors ranging from advanced manufacturing and aerospace to healthcare and energy. By joining a diverse and international student community, you will benefit from expert teaching, innovative research, and a learning environment that reflects the latest developments in digital engineering and sustainability. This is your chance to shape the future of robotics and automation while building a career that is both rewarding and globally relevant.
School
Location
Duration
- 1 year full-time
- 2 years part-time
Start month
September; January
2027/28 fees
To be confirmedWhat you should know about this course
What you will study
This course is being refreshed for 2027/8 building-in employability, real-world problem solving skills, and wellbeing initiatives for a future-focused learning experience. Modules shown are indicative topics and will be updated in Spring 2027.
Indicative Modules
- Machine Sensing (15 credits)
- Securing Technologies (15 credits)
- Human and Machine Robotics (15 credits)
- Machine Intelligence (30 credits)
- Individual Research Project (60 credits)
- Advanced Industrial Automation Systems (30 credits)
- Research, Planning and Communication (15 credits)
About the course team
Our programme team and other contributors to the course are globally recognised specialists in their fields. Colleagues from industry deliver guest lectures each year as well as industry-relevant teaching sessions and seminars.
Come and meet us
We are offering virtual events so you can still experience how Greenwich could be the right university for you.
Next Open Days
Got a question?
To find out more about our Open Days and Campus Tours or if you need any assistance, please email opendays@gre.ac.uk.
Entry requirements
- An undergraduate (honours) degree at 2:2, or above, in Robotics, Mechatronics, Mechanical Engineering, Electrical or Electronic Engineering, Automation Engineering, Manufacturing Engineering, Computer Science, Software Engineering, Artificial Intelligence, Computing, Physics, Mathematics, or another relevant engineering or technology discipline subject.
Applicants with a degree in another subject area may also be considered where they can demonstrate substantial relevant technical knowledge or professional experience in robotics, automation, control systems, manufacturing technologies or related fields.
We welcome applications from experienced professionals who may not hold a degree. Applicants with relevant professional qualifications, significant work experience or evidence of the ability to succeed at postgraduate level will be considered on an individual basis.
For more information, use our contact form or call us on 020 8331 9000.
You can also read our admissions policy.
If you are from outside the UK
Available to overseas students?
Yes
Can I use Prior Learning?
Find out more on our Recognition of Prior Learning pages.
How you will learn
Teaching
You are taught through a combination of interactive lectures, discussions, and tutorials, with the use of appropriate and relevant case-studies. Our taught modules are research-engaged and most have a practical component that relates to the theory you cover in the classroom.
Individual research projects help you learn to adapt and apply specific methodologies to unfamiliar problems.
Class sizes
For specialist modules, our classes are usually limited to 20 students in lab sessions and 40 in lectures. This helps to create familiarity between students and staff and ensure a great learning experience. The modules that run across several courses can have larger classes sizes, which are typically broken down into smaller groups.
Independent learning
Our courses are designed to give you the space for exploratory and independent study. You'll work towards individual and group assignments and undertake the preparation/follow-up work associated with lectures, seminars, integrative assignments and laboratory classes.
We encourage students to take advantage of a range of related extra-curricular opportunities available within the university and elsewhere.
Overall workload
If you are studying full-time, you should expect the workload to be similar to a full-time job. For part-time students, this will reduce in proportion with the number of courses you are studying.
Assessment
Students will be assessed through a variety of methods, such as:
- Classroom presentations, discussions and case-studies
- Critical reviews, looking at new areas of research
- Examinations.
Feedback summary
University policy is to give feedback on assignments within 15 working days of the coursework submission date.
Examination results will be available within 28 days.
Dates and timetables
Each academic year runs from September to June. You can begin the course in September or January.
Full teaching timetables are not usually available until term has started. For any queries, please call 020 8331 9000.
Fees and funding
University is a great investment in your future. English-domiciled graduate annual salaries were £10,500 more than non-graduates in 2023 - and the UK Government projects that 88% of new jobs by 2035 will be at graduate level.
(Source: DfE Graduate labour market statistics: 2023/DfE Labour market and skills projections: 2020 to 2035).
2027/28 fees
To be confirmed.Accommodation costs
Whether you choose to live in halls of residence or rent privately, we can help you find what you're looking for. University accommodation is available from £126.35 per person per week (bills included), depending on your location and preferences. If you require more space or facilities, these options are available at a slightly higher cost.
Scholarships and bursaries
We offer a wide range of financial help including scholarships and bursaries.
International Scholarship Award
International students can apply for the International Scholarship Award, which is a single year tuition fee discount up to £3,000 if they hold an offer to study at the University of Greenwich for September 2026.
International Scholarship Award
Greenwich Progression Bursary
£3,000 bursary for home fee paying University of Greenwich final year undergraduate students and Alumni.
EU Bursary
Following the UK's departure from the European Union, we are supporting new EU students by offering a substantial fee-reduction for studying.
Financial support
We want your time at university to be enjoyable, rewarding, and free of unnecessary stress, so planning your finances before you come to university can help to reduce financial concerns. We can offer advice on living costs and budgeting, as well as on awards, allowances and loans.
Careers and placements
What sort of careers do graduates pursue?
An MSc in Robotics and Automation equips you for careers in designing, developing, and managing advanced robotic and automated systems across industries like manufacturing, automotive, aerospace, healthcare, and logistics. Common roles include Robotics Engineer, Automation Engineer, Control Systems Engineer, Mechatronics Engineer, and Robotics Software Developer, as well as specialized positions in AI for robotics, autonomous vehicles, and industrial IoT. Opportunities also exist in research, product management, and emerging fields such as healthcare robotics, space robotics, and agricultural automation, making this degree highly versatile and in demand globally.
Do you provide employability services?
We have a team dedicated to enhancing student employment outcomes. This includes an Employer Partnerships Manager, who works with companies to provide placement and employment opportunities.
Our team will also help you understand the jobs market, produce effective CVs, and prepare for a graduate job and placement applications in your final year.
Accommodation
Medway campus in Kent
Our Medway halls of residence are all located on-campus, with facilities include an on-site café, launderette and bar. And the halls are located within minutes of the historic Chatham dockyard and Chatham and Gillingham town centres.
With student-run social events, modern ensuite rooms and communal shared spaces, you’ll find that living in halls of residence will be a highlight of your University of Greenwich experience.
Rooms start at £172.06/wk and include Wi-Fi, utility bills and 24-hour residential support. Our Medway accommodation boasts 350 rooms with 24/7 security, and resident car parking permits are available.
Support and advice
Academic skills and study support
The course leader has the overall responsibility for your course and will be your first point of contact.
We also allocate you a personal tutor, who you meet soon after you join the department. Their role is to support your personal and academic development and act as your point of contact for queries or problems.
Support from the department
We help new students over the first few weeks with our faculty and department induction. This covers the first week of term 1 (September) and term 2 (January). We'll also help you discover the academic and social landscape at Medway Campus.
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