Mechatronics and Robotics Engineering

Specialise in computer-based advanced design, simulation and modelling and help to design the world we live in.

• This course is accredited by the Institution of Mechanical Engineers (IMechE).

• Study on a cutting-edge course developed in line with industry standards.

• Experience a holistic and applied approach to learning that integrates mechanical and electronic engineering and robotics.

• Get to grips with practical challenges using our dedicated engineering labs and state-of-the-art computer simulation facilities.

• Learn from expert staff who, as seasoned researchers and experienced industry professionals, ensure course content is true-to-life, hands-on and relevant.

As a Mechatronics and Robotics Engineering student at ARU, you’ll use manufacturing, 3D printing, thermodynamics, dynamics and structural analysis to analyse, calculate, model and experience a range of engineering concepts. You’ll specialise in computer-based advance design, simulation and modelling.

Based in Chelmsford, you'll use our dedicated engineering labs which include CAD/CAM and engineering computer modelling centres, industrial-scale CNC milling and lathe machines, metal and plastic rapid prototyping machines, welding equipment, electronic testing and measuring equipment, and much more.

You’ll build your CV not only by learning manufacturing and testing methods and using industry-standard equipment, but by solving problems and carrying out research. Our Mechatronics and Robotics Engineering course is project-based and you'll be hands-on from Year 1. You'll spend time working on projects with other engineering students, developing your teamwork, management and leadership skills and learning how to analyse and solve problems creatively.

You'll also meet established engineers from across the industry, learn what it’s like to work in engineering, and be encouraged to join professional bodies, building valuable contacts and knowledge.

At ARU, our expert staff are experienced industry professionals and researchers who will guide and advise you throughout the course.

All our engineering courses are in line with the new Engineering Council requirements (AHEP 4.0).

If you decide to start your degree in January, your first academic year will run from January until August and your second year will commence in September. Our commitment is to ensure that you gain the same level of teaching as those students who started in September when you join them in your second year.

Year 1
Core modules
Introduction to Engineering (15 credits)
Applied Engineering Mathematics (15 credits)
Embedded Systems (15 credits)
Engineering Dynamics (15 credits)
Manufacturing and Materials Project (30 credits)
Mechatronic Design Project (30 credits)
Year 2
Core modules
Electric Machines,. Sensors and Actuators (15 credits)
Robotics Software Development and Modelling (15 credits)
Advanced Engineering Mathematics (15 credits)
Electronic Design Project (30 credits)
Robotic Control Design Project (30 credits)
Ruskin Modules (15 credits)
Year 3
Core modules
Research Methods and Individual Project (30 credits)
Automation and Control (15 credits)
Electronic and Electrical System Design Project (60 credits)
Robotics and Machine Intelligence (15 credits)
Year 4
Core Modules
Engineering Major Group Project (30 credits)
Industrial Process Control (15 credits)
Advanced Dynamics and Control Systems (30 credits)
Robotics Design and Manufacturing (15 credits)
Machine Learning and Computer Vision (15 credits)
Sustainable Environmental Design and Engineering Management Systems (15 credits)