MEng Mechatronics

5 Years On Campus Bachelors Program

University of Glasgow

Program Overview

The MEng in Mechatronics offers an interdisciplinary education combining mechanical, electrical, software and control engineering — building engineers capable of designing next‑generation intelligent systems and automated machines. It’s well suited for students who are comfortable with mathematics, physics and programming, and who aspire to careers in robotics, smart manufacturing, autonomous systems or integrated product design.

Curriculum structure:
In Year 1, students take a broad engineering foundation across mechanical and electrical domains: key courses include Analogue Electronics 1, Dynamics 1, Engineering Mathematics 1, Materials 1 and Statics 1. These provide the interdisciplinary basis and hands‑on lab work needed to switch between engineering disciplines if desired.
In Years 2 and 3, the programme builds deeper in mechanics, electronics and control: students progress with modules like Mechanics of Solids 3, Dynamics 3, Real‑Time Computer Systems 3, Electronic System Design 3, Mechatronic Team Project 3, and Instrumentation & Data Systems 3. This phase emphasises how mechanical instrumentation, real‑time programming and control systems merge in mechatronic systems.
In Years 4 and 5, Mechatronics MEng students focus on advanced modules and major project work: for example, core courses include Control 4, Digital Signal Processing 4, Robotics 4, Business Planning & Management for Engineers, and in Year 5 Advanced Control 5, Autonomous Vehicle Guidance Systems M, Fault Detection, Isolation & Recovery, Dynamics 5 and an Individual Project 5 (often industry‑supported).

Focus areas: interdisciplinary integration of mechanics, electronics, software and control; robotics and autonomous systems; instrumentation and sensing; team‑based design and professional practice.
Learning outcomes: graduates will be able to conceive, design and implement complex mechatronic systems by drawing together mechanical design, electronics, embedded software and control algorithms; work effectively in multidisciplinary design projects; understand professional, legal and business issues relevant to engineering practice.
Professional alignment (accreditation): The programme is offered by the University of Glasgow’s School of Engineering; while the website lists the programme under “Engineering” and indicates that integrated master (MEng) degrees are offered for engineering disciplines.
Reputation (employability rankings): The University of Glasgow is a long‑established research‑intensive institution and its engineering degrees enjoy strong recognition: for example, the School of Engineering specifies that the MEng track is “employers prefer this”.

Experiential Learning (Research, Projects, Internships etc.)

From early years, students engage in interdisciplinary projects blending mechanics, electronics, control systems and software — and the MEng stream takes it further with advanced individual projects and industry‑relevant practice. Key facilities such as the university’s engineering laboratories, workshops (for electronics, control, real‑time systems), instrumentation labs and team‑design studios support this.
Over the final two years (years 4 & 5 for the MEng) you will work on a major individual project that may be industry‑supported or external, giving you exposure to real industrial challenges.
Here’s how the practical side unfolds:

Multi‑disciplinary team design project in year 3 that brings together mechanical, electrical and software engineering themes.
Extensive lab work across electronics (analogue & digital), control systems, instrumentation, real‑time programming and mechatronic system design.
A major individual final‑year project for the MEng (year 5) potentially in industry or in an industry‑supported topic: you’ll apply your knowledge to real systems, possibly including fault detection, autonomous systems, robotics, dynamics.
Professional practice, business‐planning and management modules in years 4/5 (for the MEng) help you bridge engineering technical skills and real engineering‐business contexts.

Why This Programme Stands Out

It’s an integrated master’s (5 years), meaning you gain deeper and broader expertise than a standard 4‑year BEng, which many employers prefer.
The interdisciplinary nature — blending mechanical, electrical, software, control and systems engineering — prepares you for modern engineering roles where systems integration matters.
There are industry links and opportunities for summer placements or sponsorships, enhancing real‑world exposure.
The university emphasises design‑and‑manufacture alongside core theory, so you won’t just learn formulas — you’ll build, test, prototype and work in teams.

Progression & Future Opportunities

Graduates of the University of Glasgow’s MEng in Mechatronics are highly sought after for their ability to integrate mechanical, electronic, and software systems into advanced automated technologies. They are prepared to design, develop, and manage intelligent systems in sectors such as robotics, aerospace, manufacturing, and automotive engineering. Typical career paths include Mechatronics Engineer, Robotics Engineer, Control Systems Engineer, and Automation Specialist.

The University offers extensive support and opportunities to help graduates enter the workforce successfully:

Careers Service: Provides personalised career guidance, industry workshops, and networking events with employers in robotics, automation, and high-tech manufacturing.
Industry Partnerships: Collaborations with organisations such as BAE Systems, Rolls-Royce, Siemens, and ScottishPower give students exposure to real-world engineering projects and potential internships.
Graduate Employability: Glasgow is ranked among the top 10 UK universities for graduate prospects (Complete University Guide 2025).
Salary Prospects: Mechatronics graduates typically earn £33,000–£37,000 as starting salaries, with strong opportunities for progression into senior technical or management roles.
Professional Accreditation: The MEng is accredited by the Institution of Mechanical Engineers (IMechE) and Institution of Engineering and Technology (IET), supporting long-term professional recognition and eligibility for Chartered Engineer (CEng) status.
Graduation Outcomes: Alumni work across robotics, industrial automation, automotive systems, and aerospace, contributing to innovative technology solutions globally.

Further Academic Progression:
Graduates may continue their studies with a PhD in Mechatronics, Robotics, or Systems Engineering, focusing on areas such as autonomous systems, artificial intelligence in robotics, or advanced manufacturing. Research opportunities at the University of Glasgow, including the James Watt Nanofabrication Centre and robotics laboratories, provide a strong platform for a career in research, academia, or high-level technological innovation.