| | Learning outcome |
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| 1 | Utilise investigative methods and tools guided by fundamental principles and operational specifications to develop eco-friendly solutions for complex environmental systems, optimising resource efficiency while minimising environmental impacts |
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| 2 | Apply diverse systems methodologies and strategic thinking to devise future innovations based on environmental engineering processes |
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| 3 | Conduct rigorous research and inquiry in challenging situations characterised by ambiguity and potential internal conflicts to advance environmental solutions |
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| 4 | Effectively organise, interpret, present, and discuss professional ideas and issues in various formats, including oral, written, and visual, employing suitable tools and techniques |
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| 5 | Effectively manage environmental engineering projects, ensuring the successful execution of tasks, resource optimisation, and adherence to environmental regulations |
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| 6 | Demonstrate ethical and thoughtful judgment when confronting professional context and conduct matters in environmental engineering |
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| 7 | Apply sustainable principles to analyse, evaluate, and communicate holistic solutions for simple and complex environmental challenges. |
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| 8 | Integrate principles of hydrology, hydraulics, and water quality management to design and evaluate sustainable solutions for water supply, wastewater treatment, and resource recovery within social, environmental, and economic constraints |
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| 9 | Use engineering principles to manage pollution and waste, applying knowledge of transport, remediation, and life cycle assessment to design sustainable solutions that protect health and the environment |
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| 10 | Evaluate and apply principles of energy conversion and renewable systems to design, optimise, and assess energy systems and technologies that minimise environmental impact |
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