Sustainable Systems & Clean Energy
Connect engineering principles with environmental understanding to design more resilient energy and resource systems.
4 years full-timeBlended
School of Engineering & Sustainable Systems
How do we design for a resource-conscious world?
Work across energy, agriculture and engineering to create resilient systems and useful solutions.
Our academic approach
A discipline with depth.
A connection to practice.
Investigate the systems behind energy, agriculture and infrastructure. Use scientific principles, practical measurement and systems thinking to understand both the value and the consequences of a proposed solution.
PIEM across the schoolFind your pathway.
Explore the indicative curriculum, project opportunities and study arrangements for each programme.
How you develop your practice.
- Supervised experiments and measurement
- Systems mapping and design reviews
- Prototype testing with documented limitations
Questions for inquiry
Resource-efficient systems, small-scale clean energy and practical approaches to environmental resilience.
Evidence of your progress
Build a record of your work through analysis, project artefacts and reflection. Assessment should make your reasoning visible and help you identify the next improvement.
People & support
Different expertise.
A shared academic purpose.
Subject academics teach scientific foundations; practical supervisors guide safe investigation; technical specialists review feasibility.
Academic staff profiles, research interests and contact details will be published after appointments and biographies are verified.
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