Person in a lab, developing a robotic arm using a laptop computer
MSc

Automation and Robotics

Design intelligent automation and robotics systems for Industry 4.0 and advanced manufacturing.

Start date
September 2026 January 2027
Location
Chelmsford
Award
MSc
Duration
1 year full-time

You can choose to start this course in September or January. Course durations may vary slightly and you can contact us for more information. Course content and modules remain the same.

You can choose to study this course part-time, and start in September or January. The course durations vary slightly: 2 years (September starts) or 28 months (January starts). Course content and modules remain the same.

1st

in the region for postgraduates progressing into senior roles.
Source: Graduate Outcomes Survey 2026

Prepare for the fourth industrial revolution by developing advanced expertise in intelligent automation and robotics systems.

This Master's course focuses on the design, integration and optimisation of autonomous and industrial robotic technologies used across manufacturing, healthcare, logistics and smart engineering sectors.

You’ll gain hands-on experience in robotics programming, control systems, AI, machine learning, sensing technologies and industrial automation through real-world projects and laboratory-based learning.

Why ARU?
  • Design and programme PLCs, robotics arms, pneumatic and electro-pneumatic systems, and PID controllers

  • Use the Robotics Lab, and connect your learning with advanced manufacturing businesses

  • Solve real-world automation and robotics challenges, from design design and coding through to manufacturing

  • Build industry connections through regular networking with automated and manufacturing businesses

Logo: THE Awards 2023
 

Study at an award-winning university

We were named Times Higher Education University of the Year 2023. We've also been awarded a Gold rating in the Teaching Excellence Framework – a reflection of the outstanding education we offer our students.

Careers

Marwa Salem

The course opened doors I had not anticipated. The hands-on laboratory work gave me the confidence to tackle complex engineering challenges [and] ignited a genuine passion for research.

Marwa Salem

Prepare for specialist and leadership roles in automation, robotics, control engineering, intelligent manufacturing and autonomous systems.

You'll build the advanced technical, analytical and project management skills employers seek, with practical experience in robotics programming, machine learning, computer vision, sensor integration and advanced control systems.

Graduate ready to lead projects, solve complex engineering challenges, and develop innovative automation and robotic solutions across advanced manufacturing and smart technology industries.

Teaching and modules

Shabnam Sadeghi Esfahlani

We prepare students to develop intelligent robotic systems that solve real industrial and societal challenges using AI, automation and advanced engineering.

Dr Shabnam Sadeghi Esfahlani, Course Director

Gain advanced knowledge and practical expertise in automation, robotics and intelligent engineering systems.

This MSc combines industrial process control, robotics design and manufacturing, sensing technologies, machine learning, computer vision and robotics programming (ROS) within an Industry 4.0 framework.

Through hands-on laboratory activities, project-based learning and a substantial engineering project, you'll develop the technical, analytical and leadership skills to design, implement and optimise next-generation automation and robotic solutions for modern industry.

Modules are subject to change and availability, and may vary by location. If you have the choice of optional modules, these are indicated with a *.

Year 1
  • Industrial Process Control (15 credits)
  • Advanced Dynamics and Control Systems (30 credits)
  • Sensing and Sensors Fusion (15 credits)
  • Robotics Design and Manufacturing (15 credits)
  • Machine Learning and Computer Vision (15 credits)
  • Programming Methods for Robotics (15 credits)
  • Sustainable Environmental Design and Engineering Management Systems (15 credits)
  • Engineering Major Project (60 credits)
  • Into ARU
Module details

It's possible to study this course part-time. You'll take the same modules as MSc/MA students, but sometimes in a different order or in different years.

As a part-time student you'll typically study for twice as long as full-time students. For example if the MSc/MA course takes one year, you can expect to study over two years, though for some courses this may vary.

Read profiles of teaching and research staff on this course.

Facilities

Enjoy a range of facilities designed to support your studies and career development.

These include extensive library and IT resources, and careers support through our Employability Service. After you graduate, you’ll have lifelong access to our Alumni Career Centre.

You can also access support, should you need it, with study skills, health and wellbeing, and more.

Take a guided tour and meet our students.

Entry requirements

Fees and funding

Apply now for Automation and Robotics

Apply now