Electrical and Electronic Engineering MSc

1 Years On Campus Masters Program

Coventry University London

Program Overview

This MSc equips students with advanced knowledge and hands-on experience in the key technologies driving modern electrical and electronic engineering—from renewable power systems and smart grids to embedded hardware and signal processing. It suits those with a background in electronics, computer engineering, communication engineering or physics (or equivalent professional experience) who want to step into design-, development- and innovation-driven roles across the electrical/electronic industries.

Curriculum Structure:
In Year 1 (the taught stage), students deepen their understanding of power-electric systems and electronics through modules such as Electrical Power Systems and Renewable Energy (30 credits) and Power Electronics, Electrical Machines and Drives (30 credits). The focus is on modelling, design and analysis of machines and drives, plus the study of renewable energy sources and smart grids.
Then in the next taught phase, students engage with Embedded Hardware Applications (30 credits) and Control and Signal Processing (30 credits), exploring microcontroller programming, FPGA-based system design, advanced control methodologies and signal processing in embedded contexts.
Finally, in the research/project phase, students complete an Individual Project (60 credits) where they apply their learning to an independent investigation—designing, implementing and critically evaluating a specialist system in electrical and electronic engineering, thereby consolidating their skills for industry or further research.

Focus areas:
Embedded systems and hardware design • Power systems and renewable energy • Electrical machines, drives & power electronics • Control systems and signal processing • Smart grids and IoT/IIoT-enabled electrical infrastructure

Learning outcomes:
Graduates will be able to critically analyse and design sophisticated electrical and electronic engineering systems; apply advanced tools and techniques (both software and hardware) to real-world problems; independently plan, execute and present a specialised project; and interface with modern engineering challenges—such as renewables, the electric vehicle revolution and next-generation embedded systems.

Professional alignment (accreditation):
This MSc is designed to follow the Engineering Council UK-SPEC standard. While it is built to align with professional engineering benchmarks, you should confirm current accreditation (or eligibility for further learning towards chartered status) if that is a key factor for you.

Reputation (employability rankings):
Coventry University holds a TEF Gold rating, indicating high quality of teaching, learning and outcomes. The institution is also awarded 5 QS Stars for Employability, which suggests strong graduate prospects and industry alignment. While subject-specific global rankings for electrical/electronic engineering are moderate, the university emphasises practical, industry-focused learning and strong graduate employment outcomes.

Experiential Learning (Research, Projects, Internships etc.)

Students on Coventry University London’s MSc Electrical and Electronic Engineering programme gain extensive hands-on experience through the university’s “activity-led” learning approach, which blends theory with practical application. They work in advanced laboratories and workshops where they test circuits, design embedded systems, and simulate complex power networks. Every project, lab, and assessment is designed to mirror real engineering challenges, ensuring graduates develop the professional skills expected in today’s industry.

Through this practical emphasis, learners have access to an impressive range of facilities and tools, including:

Electronics and Electrical Laboratories equipped with oscilloscopes, function generators, power supplies, CNC machines, and prototyping tools for circuit testing and system design.
Embedded Systems Platforms, including the in-house ePIC board and microcontroller kits such as STM32, ESP32, and Raspberry Pi for IoT and control applications.
High-voltage and Power Engineering Labs, enabling experimentation with electrical machines, motor drives, and renewable energy integration.
Specialised modules that include laboratory sessions and group-based design projects, fostering collaboration and applied problem-solving.
Professional Placement Option (up to 2 years) that allows students to gain industry experience, strengthen their professional portfolio, and apply technical knowledge in real-world environments.
Dedicated research and project support through a 60-credit individual project, giving students the opportunity to explore topics such as smart grids, renewable power systems, and electronic control applications.
Access to Coventry University London’s modern library and study spaces, providing digital resources, engineering journals, and advanced software for simulation and data analysis.
Business-inspired learning spaces at the London campus that reflect real workplace settings, promoting teamwork and innovation.

Progression & Future Opportunities

Graduates of the MSc Electrical and Electronic Engineering at Coventry University London are well equipped to pursue careers in sectors such as renewable energy, transportation, manufacturing, and industrial automation. Typical roles include Electrical and Electronic Engineer, Control Systems Engineer, Embedded Systems Designer, and Power Systems Analyst.

The university actively supports career success through multiple initiatives:

The Talent Team at Coventry University London provides one-to-one employability coaching, industry networking events, and access to internships or graduate placement opportunities.
According to university data, 95% of Coventry graduates secure employment or further study within six months of completing their course.
The programme is closely aligned with current industry needs, covering key technologies such as smart grids, Internet of Things (IoT), electrical machines, and power electronics.
The course follows UK-SPEC professional accreditation standards, enhancing its long-term value and recognition by professional engineering institutions.
Strong links with employers, including organisations such as Jaguar Land Rover and Bosch, help students gain exposure to real-world engineering challenges.

Further Academic Progression:

Upon successful completion of the MSc, graduates may choose to advance into doctoral research (PhD) in areas such as power systems, renewable energy technologies, or embedded systems design. Others may pursue professional engineering qualifications or postgraduate certifications in areas like control systems, energy management, or technical leadership to further enhance their expertise.