Mechatronics and Computer Systems Engineering (with Foundation Year)

Discover the future of engineering with our BEng(Hons) in Mechatronics and Computer Systems Engineering. Designed for those passionate about automation, robotics, and broader engineering, this course will help you excel by the end of the second year, easily transitioning to an MEng level in Engineering. It will help you work towards the status of Chartered Engineer. The combination of mechatronic engineering and computer science prepares you for cutting-edge roles in today's tech-driven world.

Integrated learning: Embrace lean principles. Learn mechanics, electronics, control, computing, automation, and robotics to craft smart and cognitive systems. Be backed by hands-on practice and theoretical expertise.
Comprehensive knowledge: Learn engineering processes, product design, AI, machine learning, and digital electronics. This will help you design and bring innovative mechatronic systems to life. The connection between computer engineering and mechatronics will allow you to gain a broader perspective on how these disciplines intersect.
Career trajectory: Gain what you need for a thriving mechatronics engineering career. This will help you progress to the esteemed status of Chartered Engineer, giving you an edge in various industry roles.

A foundation year at the University of East London (UEL) is more than just an extra year—it’s your pathway to success. It helps you adjust to university life, build confidence, and develop essential skills for levels 4-6 of your chosen degree. With dedicated support, you’ll gain the knowledge needed to thrive in your studies and future career while becoming part of a supportive community.

Foundation Year: Mental Wealth and Professional Fitness, Creative and Technology Industries Study Skills, Creative and Technology Industries Data Skills, Maths for Engineering and Science, Media and Communication Skills, Engineering and Construction in Practice.

Year 1: Mental Wealth: Professional Life (Core), Engineering Materials (Core), Engineering Principles (Core), Applied Mathematics & Computing (Core), Thermofluids (Core), Engineering Mechanics (Core)

Year 2: Mental Wealth: Professional Life (Core), Advanced Mathematics and Modelling (Core), Dynamics and Control (Core), Applied Electronics (Core), Digital Communications & Telecommunication Networks (Core), Applied Programming (Core), Optional Placement (Optional)

Year 3: Capstone Project (Core), Mental Wealth: Professional Life (Core), Design of Mechatronics Systems (Core), Artificial Intelligence (Core), Systems Integration (Core)

For more information about individual modules, please visit our course pages via the link below.

Assessment involves formative and summative methods and includes coursework assignments, laboratory work, group work, phase tests and end of modules examinations for year 2 and year 3. The style of presentation and complexity of coursework varies depending on the year and nature of the module being assessed. Appropriate tasks are therefore matched to the situation. Continuous assessment undertaken in the first year, rather then and end of module exam.