MSc(Eng) Electrical Engineering and Renewable Energy Systems

12 Months On Campus Masters Program

University of Leeds

Program Overview

This one‑year full‑time MSc(Eng) focuses on electrical engineering fundamentals—such as power converters, drives and control systems—alongside deep exploration of renewable energy technologies like wind and solar, and how they integrate into modern power systems. It suits engineering graduates who want to specialise in combining electrical systems and renewable energy, and prepare for roles in energy utilities, smart‑grids, renewable generation or system design.

Curriculum structure

Taught semesters (approx. 9 months):
In the early part of the programme students cover modules such as Energy Management and Conservation, Modern Industry Practice, Smart Grid Analysis, Power Electronics and Drives, Electric Power Generation by Renewable Sources, Control Systems Design, Electric Power Generation and Distribution and Programming. Through this combination, students build both a strong engineering foundation and understand how renewable supply connects into the grid and interacts with electrical systems.
Individual Project (final phase):
The course culminates in an individual MSc project (typically 60 credits) where the student tackles a real‑world challenge—such as modelling microgrids, designing converters for solar systems or integrating renewable generation under abnormal conditions—under supervision, thereby developing research and independent design skills.

Focus areas

Renewable generation technologies · Smart grid and distributed generation · Power electronics and drives · Electrical machine and power system integration · Control systems and energy management

Learning outcomes

Graduates will be able to design and analyse electrical engineering systems that incorporate renewable generation and smart grid technologies; evaluate the interaction between power systems, drives and renewables; and develop independent engineering projects taking account of technical, economic and environmental factors.

Professional alignment (accreditation)

This programme is accredited by 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 ranked among the top 10 in the UK for Electrical & Electronic Engineering (Guardian University Guide 2026) according to the programme page. Graduates of this course go on to roles in major power/renewables organisations such as National Grid, EDF Energy, Scottish Power and Northern Powergrid.

Experiential Learning (Research, Projects, Internships etc.)

The MSc (Eng) Electrical Engineering and Renewable Energy Systems at University of Leeds offers genuine hands‑on experience in a rapidly growing sector.

Students on this programme develop practical skills from early on: they explore power electronics, smart grids, renewable‑generation integration and control systems using dedicated labs and equipment alongside academic modules. They are taught by researchers working on real‑world renewable‑energy and electrical‑engineering challenges, giving them access to contemporary tools and methods.

In particular, the experiential learning includes:

Software and simulation tools: Students gain experience programming in both MATLAB and C, and apply simulation tools in modules such as Smart Grid Analysis, Electric Power Generation by Renewable Sources, Power Electronics and Drives.
Individual MSc project: The 60‑credit project allows each student to select a topic (for example, “Optimal planning of Microgrids in developing countries” or “Module Integrated Converters for Photovoltaic Energy Systems”) and carry out in‑depth work that involves modelling, design, experimental or simulation work under supervision.
Specialist teaching labs and equipment: The School of Electronic & Electrical Engineering offers high‑quality test and measurement equipment, an Electronics Laboratory, an Arm Embedded Systems Laboratory and the NXP Electronics Project Laboratory—giving students access to space where they can build, test and validate actual systems.
Research‑informed teaching & small‑group support: Modules are delivered by staff who are active in research areas such as microgrids, smart energy systems and electric vehicles. Teaching is supported by small group tutorials and lab‑sessions for deep engagement.
Industry‑relevant modules and employability focus: Modules like Modern Industry Practice and Energy Management and Conservation reflect real industry needs in renewable energy integration and power‑system engineering. This builds professional readiness as well as technical competence.

Progression & Future Opportunities

Graduates from this programme are well‑prepared for roles such as Renewable Energy Systems Engineer, Power Electronics Engineer (renewables integration), Smart Grid & Microgrid Engineer, and Electrical Design Engineer in sustainable energy companies. With its focus on both electrical engineering fundamentals (power electronics, electric drives, control systems) and renewable energy systems (solar, wind, smart grid integration) the qualification supports both specialist and broad engineering positions. The fact that the degree is accredited for Further Learning towards Chartered Engineer (CEng) status gives it strong long‑term professional value.

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

Careers & employability support: The School’s Employability Team gives dedicated support including career fairs, CV/interview preparation, and connections with major graduate recruiters — ensuring you’re ready to step into the field.
Employment & industry‑relevance: The programme highlights that its graduates have gone on to work at organisations like National Grid, EDF, Scottish Power and Northern Powergrid, which underscores the real‑world demand for these skills.
University–industry/Research link: The course benefits from the department’s strong research in microgrids, smart energy systems and stand‑alone renewable systems, meaning you’ll learn with up‑to‑date practices and tools.
Accreditation & long‐term value: The MSc(Eng) is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council, confirming it meets requirements for Further Learning towards CEng registration.
Graduation outcome: The degree emphasises that you will have the specialist skill‑set to address modern challenges in integrating renewable energy into power networks, which makes you competitive for roles in sustainable energy.

Further Academic Progression:
After completing this MSc(Eng), students could progress into a research‑oriented degree (such as an MRes or PhD) in areas like smart grids, power electronics for renewable systems, energy storage and grid integration, or advanced control of renewable‑energy systems. Alternatively, this qualification also positions students to pursue professional registration (CEng) when combined with relevant experience, and leads toward leadership roles in engineering design, research & development, consultancy or policy‑making in the sustainable energy sector.