MSc Electrical and Electronic Engineering

1 Year On Campus Masters Program

University of Nottingham

Program Overview

This one‑year MSc offers a deep dive into core electrical and electronic engineering: from electronic design and communications, through power systems and machines, to modern software and system integration. It’s designed for engineering graduates (or those from related disciplines) who want to work at the forefront of technology across industries such as energy, electronics, communications, and automation.

Curriculum structure

Year one (taught semesters):
Students begin with core modules like Holistic Engineering Design and Project Design and Development, equipping them with professional‑level design thinking, project planning and ethical awareness. In the autumn semester, students cover advanced technical subjects such as Advanced Power Electronics, Electrical Machines, Drive Systems and Applications, Instrumentation and Measurement or Digital Signal Processing, building a solid foundation in both electrical machines and electronics.
In the spring semester, optional modules allow specialisation—subjects such as Advanced AC Drives, Advanced Electrical Machines, Digital Communications, RF Devices and Systems, and Optical and Photonics Technology enable students to align their study with specific sectors of interest.
In the summer (or final phase) students undertake an individual MSc Project (60 credits) under the supervision of staff from the Department of Electrical & Electronic Engineering. They conduct a literature survey, perform simulation or practical work, and submit a dissertation as well as deliver a presentation.

Focus areas

Electronic design · Communications systems · Power generation & distribution · Electrical machines & drives · Power electronics · Signal processing · RF & photonics · Systems integration

Learning outcomes

Graduates will be able to confidently design, analyse and implement systems spanning electrical and electronic engineering, adapt to emerging technologies (such as smart power systems, advanced drives, communications and photonics), and manage engineering projects with a professional mindset including consideration of ethical, societal and environmental dimensions.

Professional alignment (accreditation)

This MSc 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 Nottingham is ranked 10th in the UK for Electrical & Electronic Engineering (Guardian University Guide 2025).
Graduate outcomes: 93.1% of postgraduates from the Department of Electrical & Electronic Engineering secured graduate‑level employment or further study within 15 months; average starting salary around £35,766.

Experiential Learning (Research, Projects, Internships etc.)

Students in this programme acquire hands‑on expertise alongside academic study. They engage with simulation, electronics and power systems software, design and measurement work, and a substantial project with supervision from research‑active staff. The department provides excellent practical environments: project laboratories, electronics workshops with PCB and 3D‑printing tools, and high‑spec research facilities in the Faculty of Engineering.

Here are the key components of how this happens:

Use of engineering software and simulation tools: for example, modules such as Advanced Power Electronics, Digital Signal Processing, Instrumentation & Measurement engage students in modelling and practical analysis.
Group‑ and team‑based design work: the “Holistic Engineering Design” module demands working in teams in labs, handling risk assessment, ethical/environmental issues and developing solutions in a workshop setting.
An individual 60‑credit MSc project: each student works with a supervisor to plan and execute a substantial piece of research, simulation, or experimental work, culminating in a written report and an oral presentation.
Access to dedicated facilities: the department’s labs include collaborative teaching/project labs, electronics workshops (with surface‑mount PCB work, 3D printing), project spaces and full software catalogue support.
Blended learning methods: lectures, tutorials, workshops, lab sessions and independent study are combined so that theory links directly with hands‑on practice. The teaching modes are explicitly described for this course.

Progression & Future Opportunities

Graduates from this programme go on to roles such as Electrical Systems Engineer, Electronics Design Engineer, Embedded Systems Engineer and Control & Instrumentation Engineer. With the broad technical coverage—from power systems and machines to digital signal processing, communications and AI—the programme equips them to work across a wide range of engineering sectors. And because the qualification is accredited for Further Learning towards Chartered Engineer status, it underpins long‑term professional recognition.

Here’s what the University offers and how this degree supports your career:

Careers and employability support: the University’s Careers & Employability Service helps students with CVs, job‑search, employer events and vacancy listings—especially relevant for electrical & electronic engineers.
Employment outcomes: according to data for related EEE courses at Nottingham, about 90%+ of graduates are working or continuing study within 15 months, and typical early salaries are around £30,000‑£33,000 in the UK.
Strong accreditation and long‑term value: the MSc is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council for Further Learning toward CEng status.
Broad subject coverage and flexibility: core modules include a major project (60 credits) and optional modules range from Digital Signal Processing, Power Electronics & Systems, RF & Photonics, AI in EEE contexts, Electrical Machines & Drives.
Industry‑relevant skills & partnerships: the department hosts the large Power Electronics, Machines & Control (PEMC) research group, which works closely with industry – meaning you’re studying in a research‑active environment with strong links to real engineering challenges.

Further Academic Progression:
After completing the MSc, students could move into a research‑based degree such as an MRes or PhD in fields like power systems or electronics, energy conversion, smart grids or embedded systems. They could also progress to full CEng (Chartered Engineer) status by combining the degree with relevant work experience. In the longer term, leadership roles in engineering consultancy, R&D, or technical management become viable thanks to the strong foundation this programme provides.