University of Strathclyde

What you'll study

This programme combines core topics in mechanical and electrical engineering with software and control theories to deliver an integrated mechatronics curriculum. Teaching typically includes lectures, laboratory classes and a substantial individual research or design project that applies theory to real industrial problems.

• Core technical modules: control systems and feedback design, sensors and transducers, actuators and power electronics, embedded systems and microcontroller programming.
• Systems and software: real-time systems, industrial communications and fieldbuses, PLC programming, and software for automation including model-based design and simulation tools.
• Design and integration: mechatronic system design, robotics and motion control, machine vision and sensor fusion, mechanical design for automation and CAD/solid modelling.
• Advanced and elective options: topics such as advanced control (robust and adaptive control), artificial intelligence/machine learning for automation, cyber-physical systems, and energy-efficient automation may be offered as electives.
• Individual project: a major dissertation or design project forms a central part of the MSc, allowing students to work on an applied research topic, an industrially sponsored challenge or a prototype design, supervised by academic staff with industry links.

Entry requirements

Applicants are normally expected to hold an honours degree in engineering, electronic/electrical engineering, mechanical engineering, mechatronics, robotics, computer engineering, physics or a closely related subject. A good upper-second class (2:1) honours or equivalent is commonly required; applicants with a 2:2 and relevant industrial experience may be considered on a case-by-case basis.

International applicants should hold an equivalent qualification from a recognised institution. English language proficiency is required where applicable; details of acceptable qualifications and minimum scores are published by the university and should be checked on the university website before applying.

Relevant professional experience, strong references and a clear statement of purpose outlining technical interests and career goals can strengthen an application. Certain modules may expect prior exposure to programming, control theory or basic electronics; preparatory study may be recommended where gaps exist.

Career prospects

Graduates from this programme go on to roles across manufacturing, utilities, transport and emerging technology sectors. Typical job titles include:

• Automation engineer
• Robotics engineer or systems integrator
• Control systems engineer
• Embedded systems developer
• Mechatronics design engineer
• Research and development engineer in industrial automation, automotive, aerospace, renewable energy and process industries

Alumni often join multidisciplinary teams in product development, commissioning, systems integration and consulting. The programme also provides a route to doctoral study for those interested in research careers in advanced control, robotics or cyber-physical systems.

Why study at University of Strathclyde

Strathclyde has a long-standing engineering tradition and close links with industry, providing opportunities for applied projects, industrial collaboration and access to modern laboratory facilities. The university’s location in Glasgow places students within reach of a strong regional manufacturing, energy and technology sector.

The programme emphasises hands-on learning and multidisciplinary teamwork, reflecting the needs of modern automation industries. Students benefit from staff expertise across mechanical, electrical and systems engineering, along with opportunities to engage with centre-level research groups and knowledge exchange initiatives.