MSc (Eng) Renewable and Sustainable Energy

1 Years On Campus Masters Program

University of Liverpool

Program Overview

This master’s program equips students with advanced knowledge in renewable technologies, sustainable energy systems, and low-carbon solutions. It suits individuals who want to design, optimise, and implement clean-energy systems that address global environmental challenges.

Curriculum Structure

Year of Study

Students begin by building a strong foundation in core energy engineering principles through modules such as Renewable Energy Resources and Technologies, Energy Transmission and Storage, and Energy Policy and Economics. These units introduce the scientific, technical, and economic aspects shaping the global energy transition.
The program then develops advanced practical and analytical skills through specialist training in areas like Wind and Solar Energy, Bioenergy, and Sustainable Thermal Systems. Students learn how to model system performance, assess environmental impact, and evaluate the feasibility of real-world renewable projects.
In the final phase, students undertake an independent research project that allows them to explore a professional-level challenge in renewable and sustainable energy. Working under academic supervision, learners gain hands-on experience in investigating emerging technologies and proposing engineering solutions.

Focus Areas

Renewable energy systems, sustainable design, energy policy and economics, low-carbon technologies, energy modelling, and environmental impact assessment.

Learning Outcomes

Graduates gain the ability to design, evaluate, and optimise renewable energy systems; assess technical, environmental, and economic feasibility; and apply engineering principles to meet global sustainability targets.

Professional Alignment (Accreditation)

The program is designed in line with the academic requirements for Chartered Engineer (CEng) status through the relevant UK engineering accreditation framework.

Reputation (Employability Rankings)

The University of Liverpool is a Russell Group institution known for strong engineering research, excellent industry connections, and competitive graduate employability across science and engineering disciplines.

Experiential Learning (Research, Projects, Internships etc.)

Students on this programme develop practical engineering insight by working directly with real energy-system hardware, simulation tools, and research-grade laboratory equipment. The curriculum blends theory with extensive hands-on activities, allowing students to experiment with power-electronic converters, high-voltage systems, embedded sensors, and smart-grid technologies. Throughout the degree, students strengthen their problem-solving abilities by designing, modelling, and analysing renewable-energy solutions in both group-based tasks and individual research work. They also gain exposure to specialist research environments through the University’s dedicated energy and materials laboratories, including those connected to the Stephenson Institute for Renewable Energy.

Here is a smooth transition into the specific experiential opportunities:

Practical laboratory sessions using measurement systems, monitoring tools, power-system equipment, and renewable-energy hardware.
Hands-on training in power-electronic converters across AC‒DC and DC‒DC systems, enabling students to understand and optimise power flows in renewable-energy networks.
High-voltage laboratory work that introduces grid technologies, electrical apparatus, equipment testing and system-safety principles.
Simulation-based study of smart grids and energy-system optimisation, with exposure to digital modelling and control techniques.
Embedded systems and digital design activities involving microcontrollers, sensor networks, data acquisition and real-time monitoring.
Group design assignments that develop teamwork skills and encourage creative solutions to engineering challenges in sustainable energy.
A major dissertation project in which students independently plan, design, research and present work on a renewable-energy topic of their choosing.
Access to the Stephenson Institute for Renewable Energy’s specialist laboratories, including facilities for battery-materials research, solar-energy materials, heat-storage technologies, and electrochemical systems.
Engagement with academics carrying out active research in renewable energy, system control, and power electronics, helping students build strong research capabilities.

Progression & Future Opportunities

Graduates from this MSc often progress into roles across the rapidly growing renewable-energy industry, sustainability-focused engineering, and low-carbon innovation. With strong technical training in clean-energy systems and environmental performance, they are well-positioned to support global energy-transition initiatives.

Typical Careers Include:

Renewable Energy Engineer
Energy Systems Analyst
Sustainability Consultant
Low-Carbon Technology Specialist

How the University Supports Employment:

Career & Employability Service: Offers tailored career coaching, CV and application guidance, interview preparation, and access to employer events focusing on the energy and sustainability sectors.
Industry-Led Teaching and Projects: Students work on real engineering challenges connected to renewable energy, providing practical exposure that strengthens employability.
Energy-Sector Links: The university maintains strong connections with renewable-energy developers, engineering consultancies, environmental organisations, and utilities involved in clean-energy transformation.
Reputation with Employers: The University of Liverpool is consistently among the most-targeted institutions by major graduate recruiters, improving visibility for engineering graduates.
Accreditation and Professional Growth: The programme is designed to support academic requirements for eventual progression toward Chartered Engineer (CEng) status through relevant professional experience.
Graduate Success: Alumni typically enter roles supporting solar and wind system development, energy-efficiency planning, decarbonisation projects, and research into sustainable technologies.

Further Academic Progression:

Graduates may pursue a PhD in Renewable Energy, Sustainable Engineering, Energy Systems, or Environmental Technology, either at Liverpool or another research-intensive university. Others continue into industry-based research groups, innovation programmes, or long-term professional pathways leading toward Chartered Engineer (CEng) recognition.