MSc Renewable and Sustainable Energy

1 Years On Campus Masters Program

Durham University

Program Overview

This MSc develops advanced knowledge and skills to design, implement and manage renewable energy technologies and sustainable energy systems, so students can contribute directly to the transition to low-carbon futures. It is ideal for students with a first degree in engineering, physics, energy technology or a related discipline who wish to move into roles in renewables, energy systems or sustainability engineering.

Curriculum structure:
In the first phase, students engage with core modules such as Renewable Energy Technologies, Smart Energy Networks and Electrical Energy Conversion, where they acquire a strong foundation in how energy is produced from renewables, how it is converted and delivered, and how modern energy networks operate.
In the next phase, students take modules like Decarbonisation of Heating and Cooling and Future Vehicles, exploring decarbonisation strategies in buildings and transport and how next‐generation energy systems and vehicle technologies fit into a sustainable ecosystem.
Finally, the programme culminates in a major individual research/project component (for example a 60-credit project) alongside a Group Design Project, allowing students to apply their knowledge by designing real systems, tackling live challenges, and working in teams to embed their learning in practical scenarios.

Focus areas:
Renewable energy technologies • Smart and low-carbon energy systems • Energy conversion & electrical systems • Heating, cooling and decarbonisation • Sustainable transport and future vehicles

Learning outcomes:
Graduates will be able to critically evaluate renewable and sustainable energy systems; plan, design and implement low-carbon energy solutions integrating electrical, thermal and transport sectors; manage and optimise smart energy networks; and carry out independent research or development projects in the field of sustainable energy.

Professional alignment (accreditation):
The programme is delivered by Durham’s Durham Energy Institute (DEI), which works in close collaboration with industry (such as Ørsted) and takes a multidisciplinary approach spanning engineering, policy and society. Whilst specific professional engineering accreditation (such as IET) should be checked for your intake, the strong industry connection and technical focus make this a highly credible engineering-sustainability programme.

Reputation (employability rankings):
Durham University is ranked 53rd globally in the QS Quacquarelli Symonds World University Rankings for Sustainability – demonstrating strong credentials in the sustainability-domain. The Department of Engineering is research-led and tightly linked with industry through the DEI, which supports graduate employability in energy and sustainability fields.

Experiential Learning (Research, Projects, Internships etc.)

On the MSc Renewable and Sustainable Energy programme at Durham University, students build strong hands-on and applied skills by engaging in both group design work and an individual research & development project that focusses on real-world energy systems. They benefit from the University’s substantial energy-research infrastructure (via the Durham Energy Institute), industry partnerships and systems-level laboratories and monitoring tools. This ensures they don’t just learn about renewable technologies in theory, but apply them in contexts such as smart energy networks, decarbonised heating and cooling, future vehicle technologies and electrical energy conversion.

More specifically, the practical learning environment includes:

A significant Research & Development Project (60 credits) and a Group Design Project (30 credits) where students work in teams to tackle complex energy-system challenges and bring design solutions to life.
Modules such as Renewable Energy Technologies, Smart Energy Networks, Decarbonisation of Heating and Cooling and Electrical Energy Conversion that involve applied simulation, modelling and possibly laboratory work.
Access to the Durham Energy Institute’s research partnerships and industry-linked projects (for example with the offshore wind developer Ørsted) which bring real-industry challenges and energy-data access into the programme.
Use of the University’s estate as a living “laboratory” for low-carbon energy systems: for instance, solar PV installations, heat-pump systems and smart metering across the campus where data is monitored and analysed.
Lecture-seminar formats that combine applied case-studies, guest industry presenters and collaborative teamwork in engineering and energy contexts. The “Energy, Science & Society” approach underpins how students connect technical skills with systems-thinking.

Progression & Future Opportunities

Graduates of this programme are ready to step into roles such as Renewable Energy Engineer, Energy Systems Analyst, Sustainability Consultant (energy sector), or Offshore-Wind Project Engineer, with the potential to evolve into Strategic Energy Manager or Policy Advisor for clean-energy initiatives. The programme empowers them to work across technology, policy and business interfaces in the sustainability and energy transition domain.

Here’s how this degree supports future career success:

The university’s Careers & Enterprise service offers targeted support for “sustainability and green careers” — including employer events, internship and work-based project opportunities across organisations focused on net-zero and sustainable energy.
Strong industry-partnerships: The university’s Ørsted UK – Durham strategic partnership provides bursaries and supports energy-master students in real-world project work.
Unique research links via the Durham Energy Institute (DEI) and its collaboration with energy-industry partners such as Offshore Renewable Energy Catapult — which means students are exposed to cutting-edge energy-systems research and industry challenges.
The programme covers modules such as Renewable Energy Technologies, Smart Energy Networks, Decarbonisation of Heating and Cooling, and Electrical Energy Conversion.
Accreditation / recognition value: Being part of a research-rich university that is publicly committed to net-zero and sustainability (e.g., its own campus > 850 kW solar PV, decarbonisation plan).

Further Academic Progression:

After completing the MSc, students may choose to advance into doctoral research (PhD) in areas such as smart-grid integration, offshore wind technologies, energy system modelling, or renewable energy policy and governance. Others may pursue professional certifications in energy management, renewables project finance, or technical leadership in energy systems, or move into master’s-level specialisations (e.g., in clean-tech innovation or low-carbon transitions) to deepen expertise and open pathways into senior roles or consultancy.