MSc Advanced Electronic and Electrical Engineering

1 Year On Campus Masters Program

Brunel University

Program Overview

The MSc Advanced Electronic and Electrical Engineering provides deep and broad exposure to key domains of electronic and electrical engineering — including sensors & instrumentation, control systems, photonics, power electronics, telecommunications, intelligent systems and embedded systems. It is well suited for graduates with an engineering or related technical background who want to specialise in advanced EE topics and pursue roles in industry, research or progress toward Chartered Engineer status.

Curriculum Structure

Taught Stage
In the initial part of the year the student engages with core modules such as Applied Sensors, Instrumentation and Control, Engineering Ethics and Sustainability, Advanced Analogue Electronics and Photonics, and Power Electronics and Drives — building technical skills in sensing, instrumentation, photonic and analogue systems, and power electronics design. Alongside these, optional modules like Artificial Intelligence System Techniques, Communication Network Technologies, Embedded DSP & FPGA Systems, and Radio and Optical Communication Systems allow students to tailor their study toward one of the many specialist tracks: intelligent systems, communications, or embedded hardware.
Dissertation Stage
Following the taught modules, the student undertakes a substantial individual research-project/dissertation in the final months. This allows the student to apply their advanced knowledge to a real-world engineering challenge in electronic or electrical engineering and showcase their work through events such as “Brunel Engineers+”.

Focus areas

Sensors & instrumentation, photonics systems, power electronics and drives, telecommunications and embedded systems, intelligent systems, control systems, and high-performance digital & analogue electronics.

Learning outcomes

Graduates will develop comprehensive technical knowledge of advanced electronic and electrical engineering topics, strong analytical and creative problem-solving skills, and the ability to design, implement and evaluate complex engineering solutions in electronic/electrical domains — including meeting professional and ethical responsibilities.

Professional alignment (Accreditation)

The programme is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council, meaning it meets the academic requirements for progression to Chartered Engineer (CEng) status.

Reputation (Employability Rankings)

Brunel University London emphasises strong industry links and the MSc is delivered within a vibrant engineering environment in proximity to the UK’s major engineering and telecommunications hubs. Graduates of the department have gone on to work in companies including IBM, Intel, Mercedes, Microsoft, National Grid and Siemens. While this programme’s specific global ranking may not be given, the engineering faculty’s recognition and accreditation support strong employability.

Experiential Learning (Research, Projects, Internships etc.)

Students on the MSc Advanced Electronic and Electrical Engineering programme gain practical skills by working in specialised laboratories, using industry-standard software, and tackling wide-ranging engineering problems. They engage in both individual and group project work, with opportunities for placement and networking with professionals in the field. The programme’s experience includes:

Hands-on laboratory sessions in computer, electronics and power & control labs, where students perform experiments and build systems related to sensors, instrumentation, embedded systems and photonics.
Use of modern software tools in purpose-built computer labs for simulation, modelling and design, supported by the university’s computing infrastructure.
Group project work (the “Advanced Electronic and Electrical Engineering Group Project” module) where students collaborate on real-world engineering challenges.
A substantial individual dissertation (typically four months) focused on a real-world challenge in electronics or electrical engineering (for example: power electronics, photonics, embedded systems) where students define, execute and evaluate their investigation.
Guest lectures from industry professionals, conferences and portfolio-showcase events (for example “Brunel Engineers +”) where students present their work, network with employers and gain real-world exposure.
Option for a placement year (or longer duration mode) offering work-experience in industry to further develop practical skills and employability.

Progression & Future Opportunities

Graduates of Brunel University London’s MSc in Advanced Electronic and Electrical Engineering are prepared to tackle complex challenges in modern electronics, power systems, and intelligent technologies. The programme provides a strong foundation for careers across diverse industries, from renewable energy and telecommunications to automation and control. Typical career roles include:

Electronic Design Engineer
Power Systems Engineer
Control and Instrumentation Engineer
Research and Development Engineer

Brunel University London ensures that students are supported throughout their professional journey with dedicated career services and strong industry links:

Professional Development Centre (PDC): Offers comprehensive employability support through career consultations, networking events, and employer partnerships aimed at helping graduates transition into high-level engineering roles.
Industry collaboration: The University maintains active partnerships with leading technology and engineering firms such as Siemens, Intel, and National Grid, providing access to real-world projects and placement opportunities.
Graduate employability: Brunel engineering graduates are highly sought after for their technical proficiency, analytical ability, and practical project experience, with many securing roles in global companies and research institutions.
Accreditation strength: The programme’s academic rigour and professional relevance provide a pathway towards chartered engineer status, ensuring long-term recognition within the engineering profession.
Graduate outcomes: Alumni have progressed into advanced positions in sectors such as sustainable power, robotics, and electronic system design, contributing to innovation and technological development worldwide.

Further Academic Progression:
Graduates may continue their academic journey by pursuing doctoral research (PhD) in areas such as Power Electronics, Embedded Systems, or Renewable Energy Technologies. They can also engage with Brunel’s world-leading research centres, including the Institute of Energy Futures and the Centre for Advanced Powertrain and Fuels, to deepen expertise and contribute to pioneering innovations in electrical and electronic engineering.