MSc Renewable Energy

1 Years On Campus Masters Program

Liverpool John Moores University

Program Overview

The MSc Renewable Energy at Liverpool John Moores University prepares you for a career in one of the fastest-growing global industries by combining advanced technical knowledge with real-world application. It’s ideal for graduates in engineering or physical sciences who want to develop expertise in designing, assessing, and managing sustainable energy systems.

Curriculum Structure

Year 1 (Full-time, 12 months)
In this intensive one-year programme, you’ll study a balance of core technical modules and applied project work. Early in the course, modules such as Renewable Industry Economics and Renewable Energy Resources and Site Selection build your understanding of how to identify suitable energy resources, assess site potential, and evaluate the commercial viability of renewable projects.

As you progress, you’ll explore more specialised subjects like Offshore Renewable Energy Technologies and Conventional and Alternative Energy Systems, where you’ll analyse the operation and integration of offshore wind, wave, and solar power systems. You’ll also undertake a Research Skills module that develops your analytical and project-management capabilities, preparing you for your final MSc Dissertation.

During your dissertation, worth 60 credits, you’ll conduct an independent research project on a topic of your choice—often in collaboration with industry or LJMU’s energy research teams. Optional modules such as Marine Maintenance and Asset Management, Project Management, or Renewable Electric Power Systems allow you to tailor the programme toward either the technical or managerial aspects of the renewable energy sector.

Focus Areas

Renewable industry economics; energy resource assessment and site selection; offshore and marine energy technologies; grid-connected power systems; energy project management; sustainability and innovation in energy systems.

Learning Outcomes

Graduates will be able to evaluate and design renewable energy systems, analyse their technical and financial performance, and assess the environmental and operational factors affecting system deployment. You’ll develop skills in research, modelling, and project execution, alongside the ability to critically appraise energy strategies and policies for sustainable implementation in real-world contexts.

Professional Alignment (Accreditation)

This programme is developed by LJMU’s School of Engineering, which has long-standing expertise in renewable and offshore engineering. While the MSc Renewable Energy is not currently listed as accredited by a specific professional body, it aligns with the knowledge and skills frameworks recognised by engineering institutions and supports graduates aiming toward Chartered Engineer status through subsequent experience and training.

Reputation (Employability Rankings)

Liverpool John Moores University reports that 94% of its postgraduates are in work or further study within 15 months of graduation. The Faculty of Engineering and Technology maintains strong connections with UK and international energy organisations, giving graduates access to excellent professional opportunities in renewable power generation, project development, and sustainability consulting.

Experiential Learning (Research, Projects, Internships etc.)

At Liverpool John Moores University, the MSc Renewable Energy programme is built around practical application. You won’t just study theories — you’ll use the same technologies and analytical tools that energy professionals rely on. The School of Engineering provides access to advanced laboratories, design workshops, and digital tools where you’ll experiment with real renewable systems and data-driven solutions. You’ll learn by doing — through projects, research investigations, and site-based learning — gaining the confidence to tackle real engineering challenges from day one.

Here’s how that looks in action:

Specialist laboratories and computer suites equipped with industry-standard software such as MATLAB, LabView, Siemens S7, and Raspberry Pi/Python for simulation, automation, and energy-system modelling.
Hands-on projects and group work, where students collaborate on case studies and problem-solving exercises related to wind, solar, and sustainable energy systems.
Industrial visits and field trips that expose students to operational renewable-energy installations and current engineering practices.
A major independent dissertation project (60 credits) allowing you to design, analyse, and evaluate a renewable-energy system or research topic of your choice, often aligned with live industry issues.
Access to the School of Engineering’s workshops, which include prototyping equipment, 3D printers, CNC routers, and testing facilities used for engineering development.
Dedicated research laboratories within the Electrical and Electronic Engineering Research Centre, featuring advanced power converters, multi-phase machines, DSP platforms, and control-system hardware for applied energy research.
Comprehensive library and digital-learning support through the Avril Robarts Library and engineering resource collections, ensuring access to technical literature, journals, and data sources.

This combination of structured teaching and real-world experience ensures you graduate not only with strong theoretical insight but also with tangible technical and professional skills — ready to work on energy solutions that matter.

Progression & Future Opportunities

If you’re passionate about building a sustainable future, the MSc Renewable Energy at Liverpool John Moores University (LJMU) offers an outstanding pathway into the fast-growing global energy sector. Many graduates move into impactful roles such as Renewable Energy Engineer, Offshore Wind Project Manager, Solar & Wind Site Developer, or Energy Systems Consultant — roles that combine innovation, technology, and environmental responsibility. So: here’s how LJMU helps you get there, and what you can expect after graduation.

Progression & Future Opportunities

This MSc equips you for senior technical, analytical, and managerial positions in renewable energy development, design, and operations — from wind and solar to offshore and grid-integrated systems.
Typical job roles include:
- Renewable Energy Engineer
- Offshore Wind Project Manager
- Energy Systems Consultant
- Renewable Site Developer

How LJMU supports your career:

Dedicated employability services: The Student Futures careers team provides tailored postgraduate support — from CV building and interview coaching to direct employer engagement and graduate fairs, ensuring you connect with energy-sector opportunities.
Employment success: Around 95% of LJMU postgraduates are in work or further study within 15 months of graduation — a strong indicator of real-world readiness.
Industry partnerships: LJMU collaborates with leading organisations through initiatives like the Liverpool City Region Future Energy programme, which supports renewable-energy innovation and supply-chain development. The university also works closely with the maritime and offshore energy sectors, offering direct industry engagement opportunities.
Long-term accreditation value: Taught by the School of Engineering, this MSc builds on LJMU’s global reputation in marine, offshore, and mechanical engineering. The knowledge and professional credibility you gain carry lasting value in the renewable-energy job market.
Graduate outcomes: You’ll complete modules such as Renewable Industry Economics, Renewable Energy Resources and Site Selection, and Offshore Renewable Energy Technologies. These skills prepare you for leadership roles in renewable-energy planning, system design, and sustainable-power consultancy.

Further Academic Progression:

After completing this MSc, you could continue to a PhD in Renewable or Sustainable Energy Systems, focusing on areas such as offshore wind technologies, energy storage integration, or low-carbon power systems. Many graduates also pursue research roles within LJMU’s Low Carbon and Renewable Energy Research Group or collaborate with international institutions advancing global energy transition projects.