University of Nottingham

What you'll study

The programme combines advanced taught modules with a substantial individual project. Core themes typically include power and energy systems, power electronics, control and automation, communication systems, signal processing, microelectronics and embedded systems. You will study a blend of theory, numerical modelling and hands-on laboratory work to build practical competence alongside conceptual depth.

• Taught modules: Advanced topics such as power systems and renewable integration, advanced control and robotics, digital and analogue microelectronics, communications and signal processing, and power electronics are normally available. Modules emphasise current engineering methods, simulation tools and design practices.
• Laboratory and practical work: Extensive use of departmental laboratories, hardware prototyping, FPGA/embedded platforms, circuit design and testing facilities is integrated into many modules to develop experimental skills.
• Individual project: A major research or design project allows you to apply your learning to a substantial real-world or research-led problem. Projects can be laboratory-based, simulation-led, industry-linked or aligned to a research group interest, and typically culminate in a technical dissertation and oral presentation.
• Optional units and specialisation: Depending on the schedule you can tailor your study to specialisms such as electric machines and drives, smart grids, wireless communications, machine learning for signal processing, or VLSI and IC design.

Entry requirements

Applicants are normally expected to hold a good honours degree in electrical/electronic engineering, electrical power engineering, or a closely related engineering discipline. Candidates with a lower classification but with significant relevant industrial experience may also be considered. International applicants must demonstrate competence in English before starting the programme; the University outlines acceptable English qualifications and alternatives on its admissions pages.

Typical application materials include a personal statement outlining your motivation and relevant experience, academic transcripts, references, and where applicable evidence of professional experience or a portfolio of relevant project work. Research project proposals may be required or encouraged for prospective students aiming for a research-focused pathway.

Career prospects

Graduates from this MSc progress into a wide range of technical and managerial roles. Common destinations include power utilities and renewables companies, consulting and design firms, telecommunications and networking companies, semiconductor and electronics manufacturers, automotive and aerospace suppliers, and automation and robotics firms. The qualification also provides a route into research and development roles and onward study such as a PhD.

Typical job titles held by alumni include electrical engineer, design engineer, power systems engineer, control systems engineer, embedded systems engineer, RF/wireless engineer, test and validation engineer, and research associate. The course also supports those aiming to move into technical leadership or specialist consultancy through project experience and transferable skills training.

Why study at University of Nottingham

The School of Electrical and Electronic Engineering at the University of Nottingham combines teaching with active research across multiple sub-disciplines, allowing MSc students to learn from academics working on contemporary engineering challenges. The school provides well-equipped laboratories and computing facilities, opportunities to collaborate with research groups and industry partners, and access to multidisciplinary projects spanning energy, communications, and electronics.

Students benefit from the University’s careers and enterprise support, industrial engagement activities, and an international cohort that enhances peer learning. Whether your aim is to enter industry, pursue research or develop specialist technical expertise, the programme is structured to offer a balance of rigorous theory, practical skills and project experience to support your next career step.