MScEng Electronic and Electrical Engineering

12 Months On Campus Masters Program

University of Leeds

Program Overview

This one‑year full‑time MSc(Eng) programme broadens students’ expertise across both the electronic and electrical domains—covering power systems, embedded processors, communications and control—and equips graduates to operate in increasingly interdisciplinary industry roles. It is ideal for engineering or computing graduates who wish to elevate their technical skills and step into roles where electronics meets electrical engineering in sectors such as energy, communications, embedded systems or automation.

Curriculum structure

Taught semesters (approx. 9 months):
Students begin with core modules such as Modern Industry Practice and Programming, where they build foundational skills in professional engineering contexts and programming using tools like Matlab and C. Then students dive into specialist technical content: examples include Power Electronics and Drives, Electric Power Generation by Renewable Sources, Medical Electronics and e‑Health and Wireless Communications Systems. These modules give a broad technical base across power, electronics, communications and systems.
Individual Project (final phase):
In the final phase, students undertake an individual research or design project (typically 60 credits) on a real‑world challenge of their choice—such as Internet of Things networks, wireless sensor systems or renewable power integration—under academic supervision.

Focus areas

Interdisciplinary electronics & electrical engineering · Power electronics & drives · Embedded systems & FPGA/SoC technologies · Communications (wireless, IoT) · Renewable power generation systems · Medical electronics & e‑health

Learning outcomes

Graduates will be able to design, analyse and implement systems that integrate electrical machines or power systems with embedded electronics, develop software and hardware solutions for modern engineering challenges, and manage projects that span across the electronics‑to‑power spectrum with professional confidence.

Professional alignment (accreditation)

This MSc(Eng) is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council as meeting the requirements for Further Learning for registration as a Chartered Engineer (CEng).

Reputation (employability rankings)

The University of Leeds is listed among the “top 5 most targeted universities in the UK by graduate recruiters” according to the 2024 High Fliers Graduate Market report—a strong signal of employer recognition.
Graduates of this programme benefit from the reputation of its School of Electronic & Electrical Engineering and the strong laboratory and research environment that supports it.

Experiential Learning (Research, Projects, Internships etc.)

The MScEng Electronic and Electrical Engineering at University of Leeds offers genuine hands‑on experience and real‑world engineering preparation.

Students in this programme build broad practical and programming skills from the outset, applying what they learn in labs, projects and through individual work. The School of Electronic & Electrical Engineering provides modern electronics and embedded‑systems laboratories, manufacturing and prototyping equipment, and computing facilities that support project‑based learning.

Here’s a breakdown of how students engage practically:

Use of industry‑standard software and programming languages: Students gain experience in programming using MATLAB and C, and in the “Programming” and “Modern Industry Practice” modules.
Individual project: The MSc culminates in a substantial individual project (60 credits) where students choose a real‑world topic, work under supervision, and apply research or design skills in areas such as wireless sensor networks, renewable power generation or system‑on‑chip technologies.
Access to specialist physical labs: Students use fully‑equipped electronics labs (digital oscilloscopes, waveform generators), prototyping and additive‑manufacturing equipment (laser cutting, 3D printing) and embedded systems labs for their work.
Choice of specialist modules: Optional modules such as “Electric Power Generation by Renewable Sources”, “Medical Electronics and e‑Health” and “Power Electronics and Drives” enable tailoring of the degree to interests in power, communications or embedded systems.
Blended teaching and small‑group support: Learning combines lectures, workshops, lab sessions, seminars and independent study. Students benefit from small class sizes and regular feedback from teaching staff.

Progression & Future Opportunities

Graduates from this programme move into roles such as Systems Engineer, Embedded Electronics Engineer, Power Electronics Engineer and Communications Systems Engineer. With its interdisciplinary coverage of electronics, power, control and embedded systems, they’re well‑suited to work across sectors like renewable energy, smart devices, and industrial automation. And because the qualification is accredited for Further Learning towards Chartered Engineer (CEng) status, it adds strong long‑term professional value.

Here are some of the key supports and outcomes at Leeds:

Careers & employability support: The School’s Employability Team offers dedicated services such as career fairs, CV/interview help, and liaison with industry for placements and jobs.
Accreditation and long‑term value: The MSc is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council.
Strong industry‑relevant curriculum and research synergy: You’ll access modules like Power Electronics & Drives, Electric Power Generation by Renewable Sources, Wireless Communications, and undertake a major individual project in a research‑active environment.
Graduation outcomes: The School of Electronic and Electrical Engineering is ranked among the UK’s best, and was noted in the Guardian’s University Guide for placing 98% of its graduates into graduate‑level jobs or further study within 15 months of completion.
Global opportunities: Graduates have gained roles at organizations such as Hisense, Premier Farnell, Kano Electricity Distribution Company (KEDCO) and ipNX Nigeria Limited.

Further Academic Progression:
After completing the MScEng, students could progress into a research‑oriented degree (such as an MRes or PhD) in areas like advanced electronics, smart power systems, embedded systems or communications networks. Alternatively, the MScEng opens the way to professional registration (CEng) when combined with appropriate work experience, and prepares you for leadership, R&D or consultancy roles in the longer term.