"This course offers interdisciplinary knowledge in energy and sustainable engineering, allowing students to specialise in sustainability themes and skills aligned with their career goals.
This course addresses the skills shortage in the rapidly growing Sustainable Energy sector. It prepares graduates for roles in cleaner energy industries, offering advanced computational skills sought by wind, hydro, and solar power sectors.
The programme is current, cutting-edge, and focuses on both established and emerging opportunities in Sustainable Energy.
Equipping students with theoretical knowledge and advanced computational skills, we will enable the exploration of Sustainable Energy applications for a sustainable future. Students engage in live industry and research projects, fostering connections with aligned industries.
Please note: you can apply to this course from 23 October 2025. Until then, explore the course and see what Sheffield Hallam has to offer."
Academic Qualifications: An honours degree in a science or engineering subject, usually at least second-class, or Suitable professional qualifications in a field appropriate to engineering, or A degree in any discipline containing aspects relevant to engineering plus at least one year of industrial experience, or A diploma in a technological area, with at least three years of relevant experience.
Level of English language capability: IELTS 6 (with all components above 5.5), or equivalent.
You will be equipped with the skills and knowledge to pursue roles such as:
Engineering project manager
Technical consultant
Operations manager
Systems engineer
Innovation strategist
Research and development specialist
Further study
With a strong foundation in both engineering and management, you will have the versatility to excel in companies in the UK and abroad such as: Brookfield Renewable, Ecotricity, Good Energy, Green Tariffs, Iberdrola, NextEra Energy, Octopus, Optimised, Orsted, Ovo Energy, Pavegen, Piclo, Plug Power, Ripple, Siemens, Shell Energy, Vestas.
Compulsory modules
Emerging Energy Technologies (40 Credits)
Finance And Marketing (20 Credits)
Project And Dissertation (40 Credits)
Renewable Energy And Sustainability (40 Credits)
Research Methodology And Practice (20 Credits)
Elective modules
Advanced Computational Methods In Engineering (20 Credits)
Artificial Intelligence Concepts And Applications (20 Credits)
Process Improvement Methodologies (20 Credits)
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