| | Learning outcome |
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| 1 | Demonstrate mastery of established analytical methods commonly used in mechanical engineering, including those applied in space systems, based on fundamental principles of mechanics, thermodynamics, and materials |
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| 2 | Demonstrate proficiency in using and interpreting results from advanced computational tools and simulation methods relevant to mechanical with space system design, including thermal control, fluid-structure interaction, and system dynamics |
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| 3 | Respond effectively to new, complex problems in both terrestrial and space environments by developing and applying mechanical analysis methods and space-relevant engineering tools |
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| 4 | Apply diverse innovation strategies to design, enhance and troubleshoot mechanical systems operating in extreme environments, such as space launch systems, satellite structures, and space-based thermal and power systems |
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| 5 | Plan, design, manage and evaluate safe, efficient, and reliable mechanical with space processes, services, and systems, including those for use in spacecraft, planetary rovers, and orbital platforms |
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| 6 | Recognise and respond to the interdisciplinary nature of mechanical engineering in space contexts, including integration with avionics, control systems, propulsion, and materials engineering |
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| 7 | Locate, interpret, evaluate, and manage research to support evidence-based decision-making in mechanical with space engineering projects |
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| 8 | Present compelling oral, written and graphical communication to effectively convey mechanical with space engineering concepts to both technical and non-technical audiences |
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| 9 | Contribute as an individual and as a team member in multidisciplinary and multicultural environments to deliver complex mechanical with space engineering projects |
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| 10 | Apply professional ethics, sustainability principles, and sound judgement in evaluating the economic, social, and environmental impacts of mechanical with space engineering systems |
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