MSc in Renewable Energy Systems
Course Overview
The MSc in Renewable Energy Systems at the London School of Commerce and Technology (LSCT) is a postgraduate degree for engineers and physical-science graduates preparing to deliver the UK net-zero transition — from offshore wind in the North Sea to solar farms in East Anglia, the green-hydrogen pipeline and Britain's expanding battery-storage estate. Taught from our central London base with online and distance routes, the programme is shaped by the academic requirements of the IET, IMechE and Engineering Council UK chartership routes.
You will move from the physics of energy capture to the system economics that decide whether a project gets built. Assessment combines a techno-economic feasibility study, a system-modelling project and a research dissertation supervised by a practising consultant from a London engineering firm.
You will be taught in small groups where the dissertation supervisor is a practising engineer rather than a part-time visiting lecturer, and lab time is generous rather than rationed. The programme is structured around UK industry timelines so projects can be scoped against real client problems with real deliverables.
Key Features
- IET-accredited curriculum mapping to the Engineering Council UK-SPEC chartership route.
- Three study modes — central London teaching, online with live modelling labs, or distance learning with timed assessment blocks.
- Techno-economic project on a live UK renewables site brief each cohort.
- Modelling toolkit covering MATLAB, HOMER, PVsyst and Python energy libraries.
- Grid integration and storage module aligned with National Grid ESO operability requirements.
- Dissertation track in offshore wind, hydrogen, distributed generation or smart grids.
The programme is timetabled around engineers in employment, with evening seminars and weekend lab blocks; the dissertation is scoped against a real UK industry problem rather than a synthetic teaching case. Modelling assignments are critiqued against the same rubrics consultancies use internally.
What You Will Learn
The MSc trains four engineering capabilities — the physics, the modelling, the economics and the policy fluency — that working renewables consultants use day to day. You will graduate able to size a system, model its yield, defend its business case and locate it inside the UK regulatory regime.
- Wind, solar PV and solar-thermal engineering.
- Energy storage — lithium-ion, flow batteries and pumped hydro.
- Green and blue hydrogen production and end-use.
- Smart grids, demand-side response and digital substations.
- Techno-economic modelling and LCOE analysis.
- Power-electronics for inverter-led systems.
- UK energy policy, contracts for difference and Ofgem regulation.
- Research methods and the renewable-systems dissertation.
Each module is taught by an engineer or scientist who has practised the discipline on UK projects, which keeps modelling judgement and method discipline anchored to what real consultancies and developers expect. Students leave the programme able to defend a model and a recommendation in front of a sceptical room.
Who This Course Is For
- Engineering and physics graduates moving into renewables.
- Working engineers from oil, gas or utilities making a net-zero transition.
- Sustainability consultants adding hard engineering depth.
- International graduates aiming at the UK net-zero workforce.
Career changers from quantitative backgrounds — physics, mathematics, software engineering — are welcome and the engineering and science department offers a short pre-cohort bridging block to bring everyone to a common applied baseline before the formal programme begins.
Career Pathways
Graduates feed directly into the UK clean-energy workforce across developers, consultancies, utilities and government. Typical destination roles include:
- Renewable Energy Engineer
- Energy Systems Consultant
- Offshore Wind Engineer
- Grid Integration Engineer
- Environmental Consultant (energy)
- Sustainability Analyst
Recent destinations include junior and graduate roles at UK net-zero developers, energy consultancies, civil and mechanical engineering practices, environmental advisers and public-sector engineering teams shaping the UK infrastructure pipeline. Placements team partners include London-based consultancies and developer firms.
The MSc also lays the foundations for a PhD in energy systems or chartered-engineer registration with IET.
The engineering and science department maintains close links with UK net-zero developers, energy consultancies and infrastructure firms, with former students regularly returning as guest tutors and dissertation co-supervisors.
Entry Requirements
- A UK 2:2 honours degree (or international equivalent) in engineering, physics, mathematics or a closely related discipline.
- Applicants from non-cognate fields may apply with five years' senior energy-sector experience.
- IELTS 6.5 overall (no band below 6.0) for non-native English speakers.
- A personal statement, two references and a 500-800 word research proposal with a quantitative dimension.
Mature applicants with significant engineering experience may apply with a CV and project portfolio in lieu of formal qualifications, and the engineering department welcomes chartered-track candidates seeking academic underpinning. International applicants are supported through CAS issuance and pre-arrival orientation, and a short bridging block brings everyone to a common modelling and numerical baseline before the formal programme begins.
Why Study at LSCT
The London School of Commerce and Technology (LSCT) is a specialist higher-education provider based in central London and part of Harold International College. We teach in small cohorts so every student is visible to their tutor, run a single intake schedule that students can rely on, and partner with UK professional bodies so qualifications carry weight with employers. London puts Whitehall, the City, Silicon Roundabout, the Royal Courts of Justice, the West End and the NHS estate within a short tube ride of every classroom — and our students use that proximity in their projects, placements and graduate job hunts. Our engineering faculty includes practising consultants from London's energy-transition firms, so dissertation projects are scoped against real UK-grid problems rather than textbook exercises.
The engineering and science faculty deliberately keeps cohort sizes small so every dissertation supervisor can be a practising engineer rather than a part-time visiting lecturer, and so feedback on modelling decisions arrives the same week the work was submitted. Lab time is generous, not rationed.
Apply for MSc in Renewable Energy Systems
Specialise at postgraduate level with the MSc in Renewable Energy Systems. Click Enrol Now to apply; admissions teams reply within one working day with scholarship and funding guidance.
Admissions on the engineering and science programme respond within one working day with intake confirmation, credit-transfer review where applicable, and a short conversation on dissertation scoping. Tuition and any net-zero progression awards are flagged privately during enrolment.
