MSc in Energy Engineering

1 Year On Campus Masters Program

University of Hull

Program Overview

This MSc is designed to equip students with advanced skills in energy engineering, covering global challenges such as green energy, storage, transportation and the carbon economy. It suits those who hold an undergraduate degree in engineering or a related STEM field and who want to work at the heart of the energy transition rather than in a purely industrial engineering or business-only role.

Curriculum Structure

Year 1 (Full-time, 1 year duration)
In the first phase, students dive into core energy engineering modules such as “Energy Technologies” where they explore renewable and conventional energy sources including principles of energy conversion, distribution and storage.
Then they move to “Energy Generation from Conventional and Renewable Fuels” which covers solid, liquid and gaseous fuels, fuel-processing technologies, and the sustainability factors behind energy generation choices.
Parallel to that is “Power System Operation, Analysis and Control”, focused on electrical power systems, their simulation, analysis and smart-control options, especially relevant for renewables integration.
Later in the year students study “Decarbonisation of Energy and Industrial Systems”, which introduces technologies such as hydrogen, biofuels, low-carbon heating/cooling and carbon capture, utilisation and storage (CCUS).
Finally, the major piece is the “MSc Project” (60 credits) where students design and carry out a significant research or industry-linked project in energy engineering, consolidating their learning and demonstrating application in a real-world context.

Focus areas

Energy generation & conversion · Renewable & conventional fuels · Power systems & smart grids · Decarbonisation technologies · Energy storage & industrial application

Learning outcomes

Graduates will be able to critically analyse energy systems, propose and design technology solutions for modern energy-engineering challenges, apply simulation and control methods in power systems, and carry out independent research or project work in energy engineering contexts.

Professional alignment (accreditation)

The programme is accredited by the Institution of Engineering and Technology (IET) and also aligns with routes to Chartered Engineer status via the Engineering Council.

Reputation (employability rankings)

Located in the heart of the UK’s “energy estuary” region, the University emphasises strong industry links and practical skills in its energy engineering offerings. While there isn’t a standalone ranking listed for this MSc, the School’s engineering programmes are consistently accredited and recognised.

Experiential Learning (Research, Projects, Internships etc.)

Students of the MSc in Energy Engineering at the **University of Hull develop real-world technical ability by working with industry-relevant software, performing engineering system analyses and managing energy projects in a context rich with applied facilities and expert supervision. From the very first module they gain hands-on experience to solve genuine challenges in power systems, renewable and conventional energy generation, and decarbonisation — they are not simply absorbing theory, but actively working through digital modelling, simulated control rooms and design scenarios.

In the programme the experiential learning comes to life through:

Engagement with a Virtual Control Room that simulates processing plants and energy control settings, allowing students to practise operational decision-making under realistic conditions.
Use of industry-standard software tools for energy systems analysis and simulation, including modules such as Power System Operation, Analysis and Control and Decarbonisation of Energy and Industrial Systems.
A major independent project (60 credits) in which students propose, plan and conduct engineering research or design in energy systems — applying project-management techniques, reporting progress through milestones and presenting results.
Coursework incorporating both group and individual tasks, including the Project Management and Research Skills module which teaches structured planning, control and research design for engineering problems.
Modules such as Energy Generation from Conventional and Renewable Fuels, Offshore Wind Energy, and Energy Technologies that focus on real applications of solid, liquid and gaseous fuels, storage systems and grid integration, thus enabling students to engage with current industry scenarios.
Access to the University’s Brynmor Jones Library and digital computing labs where students can run simulations, access datasets and build technical reports informed by current professional practice.

Progression & Future Opportunities

Graduates of the MSc Energy Engineering at the University of Hull are equipped to design, analyse and manage advanced energy systems—opening pathways into roles such as Energy Engineer, Renewable Systems Consultant, Power Systems Analyst and Carbon Capture & Storage Specialist.

Progression & Future Opportunities:

University services: Students have access to the University’s Careers & Employability Service offering one-to-one advice, job-portal listings, CV/interview preparation and lifelong alumni support.
Employment stats: The energy engineering industry is highlighted as “dynamic and rapidly expanding, creating high demand for sector specialist engineers” at Hull.
University–industry partnerships: The programme is taught in Hull, a region described as the UK’s “energy estuary” — a centre for energy production, storage and handling — giving students strong proximity to industry and real-world engineering challenges.
Long-term accreditation value: The School of Engineering and Computer Science at Hull retains continuous accreditation by major professional engineering bodies (IChemE, IET, IMechE) for its undergraduate and taught-masters engineering programmes.
Graduation outcomes: On this MSc, students study specialised modules like Power System Operation, Analysis and Control, Energy Generation from Conventional and Renewable Fuels, Offshore Wind Energy, Decarbonisation of Energy and Industrial Systems, plus a 60-credit individual MSc project.

Further Academic Progression:
After completing the MSc, graduates may progress to a research degree such as an MPhil or PhD in Energy Engineering, Renewable Technologies or Sustainability Systems. Alternatively, they could pursue professional development pathways in chartered engineering status, specialised certifications in carbon capture, offshore wind project management or energy systems modelling.