MSc Electronics & Electrical Engineering

1 Year On Campus Masters Program

University of Glasgow

Program Overview

This master’s programme empowers students to gain advanced expertise across electronics and electrical engineering, from high-speed electronics to power and control systems, structured so that both recent graduates and experienced engineers can tailor their learning. It’s particularly suited for candidates with an undergraduate degree in engineering, physical sciences or a cognate subject who aim to deepen their technical knowledge and enhance their career in electronics, power systems, telecommunications or embedded systems.

Curriculum structure:

During the initial phase, students engage with core units such as Integrated Systems Design Project M and MSc Project, which provide a substantial individual or team-based design challenge, applying theoretical knowledge to practical systems design.
In the middle of the year they select optional modules like Digital Signal Processing, Electrical Energy Systems M, Micro & Nano Technology, Microwave and Millimetre Wave Circuit Design, Optical Communications, Energy Conversion Systems M, etc., allowing them to specialise in electronics, communications, power or emerging technologies.
In the final period students concentrate on completing a major project and deploying their selected optional modules in-depth. This gives them the opportunity to demonstrate mastery of a chosen focus area—whether that’s power electronics and drives, autonomous vehicle guidance, radar and electro-optic systems, or quantum electronic devices.

Focus areas: electronics and electrical systems design; high-speed electronics and VLSI; micro-/nano-technology; power systems and energy conversion; communications and photonic systems.
Learning outcomes: graduates will be able to design, model and implement advanced electronics and electrical engineering systems; apply micro-/nano-technology and high-frequency circuit design; analyse and solve problems in power, telecommunications and embedded systems; engage in innovative research-informed engineering practice.
Professional alignment (accreditation): The programme is delivered by the School of Engineering at the University of Glasgow, which holds strong research reputation (for instance, ranked 1st in Scotland for Electronic & Electrical Engineering in the Complete University Guide 2025. While the programme webpage does not explicitly list a separate professional engineering accreditation for this MSc, its industry-oriented modules and departmental standing support professional relevance.
Reputation (employability rankings): The University of Glasgow’s Electronic and Electrical Engineering discipline is recognised as top in Scotland in the Complete University Guide 2025 ranking. Graduates of this MSc have career prospects across chip design, telecommunications, embedded systems, automation, power generation and renewables.

Experiential Learning (Research, Projects, Internships etc.)

Students are immersed in real engineering settings from early on — building skills in designing, prototyping, testing and analysing electronics and electrical systems. The programme makes full use of the School of Engineering’s workshops and labs: for example, the electronics workshops on Levels 7, 6, 5 and 3 of the Rankine building include PCB manufacturing capability, extensive test and measurement equipment, and specialist technician support.
Students engage in substantial lab work, individual project work and team-based design tasks that mirror real industrial challenges. They have access to modules such as micro- & nanotechnology, optical communications, microwave/millimetre-wave circuit design, analog CMOS design and VLSI/CAD — many of which sit within research areas at the James Watt Nanofabrication Centre.
In short: you’re not just reading about circuits and systems — you’re building them, testing them, designing for manufacturing, and linking theory with practice.

Here’s what you’ll experience in detail:

Laboratory-based practical work in electronics/electrical engineering (e.g., benches equipped with oscilloscopes, signal generators, bench power supplies, PCB manufacturing in the Rankine workshops)
A core Integrated Systems Design Project plus MSc individual project where you apply your knowledge to real-world problems (core to the programme structure)
Optional modules enabling specialisation in advanced areas (digital signal processing; micro & nano technology; optical communications; power electronics & drives; radar & electro-optic systems; quantum devices)
Access to specialist facilities and research-centres, enabling hands-on work in cutting-edge domains (e.g., the James Watt Nanofabrication Centre for micro-/nano-fabrication)
Strong technician and workshop support: e.g., electronics technicians with decades of experience, component stores and well-equipped labs for student work.

Why this programme stands out

The programme is supported by a School of Engineering ranked 1st in Scotland for Electronic & Electrical Engineering (Complete University Guide 2025) at Glasgow.
It offers flexibility so both fresh graduates and engineers with experience can tailor their learning experience to meet their future-career needs.
The broad range of optional modules lets you steer into your preferred niche area — whether it’s power systems, embedded/hardware design, communications, or nanotechnology.
You’re graduating with both theoretical understanding and practical application skills — a combination that employers value in electronics and electrical engineering.

Progression & Future Opportunities

Graduates of the University of Glasgow’s MSc in Electronics & Electrical Engineering are equipped with advanced knowledge and hands-on experience to excel in dynamic technology sectors worldwide. The program develops strong analytical, design, and problem-solving skills that prepare graduates for roles in power systems, communications, automation, and emerging electronic technologies. Common career paths include Electronics Design Engineer, Electrical Systems Engineer, Power Engineer, and Control Systems Engineer.

The University offers exceptional support and industry connections to help students transition smoothly into employment:

Careers Service: Provides expert guidance, job search assistance, and employer networking events tailored to engineering disciplines.
Industry Collaboration: Students benefit from links with major organisations such as ScottishPower, Siemens, BAE Systems, and Rolls-Royce, offering exposure to real-world applications and innovation projects.
Graduate Employability: Ranked among the top 10 UK universities for graduate prospects (Complete University Guide 2025), Glasgow equips students with globally recognised qualifications.
Salary Potential: Graduates typically earn £32,000–£36,000 as an entry-level salary, with opportunities for rapid advancement in technical and managerial roles.
Professional Accreditation: The program is accredited by the Institution of Engineering and Technology (IET), supporting progression toward Chartered Engineer (CEng) status—an internationally respected mark of professional competence.
Graduate Success: Alumni have gone on to work in industries spanning renewable energy, microelectronics, automotive systems, and industrial automation, both in the UK and abroad.

Further Academic Progression:
After completing this MSc, students may pursue a PhD in Electrical or Electronic Engineering, exploring advanced research areas such as renewable power systems, signal processing, or semiconductor technology. The University’s research excellence and facilities—such as the James Watt Nanofabrication Centre—provide an ideal foundation for academic or research-based careers in cutting-edge engineering innovation.