| 听 | Learning outcome |
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| 1 | Exhibit a broad understanding of foundation concepts in physics and astrophysics and the mathematical skills necessary to formalise these concepts.
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| 2 | Explain how theories in physics and astrophysics are formulated and tested, and how they are used to explain and interpret observations.
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| 3 | Explain the role and relevance of physics to society and describe its role in the development and application of technology.
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| 4 | Investigate and solve physics problems using experimental, computational, and theoretical tools and techniques.
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| 5 | Evaluate experimental or computational data in physics and astrophysics, including uncertainties, and use the results to draw conclusions.
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| 6 | Communicate physics and astrophysics to a variety of audiences through a range of modes using evidence-based arguments, and evaluate arguments presented by others.
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| 7 | Source, collect, synthesise and critically evaluate information on issues in physics and astrophysics from a range of relevant sources.
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| 8 | Identify how fundamental physics concepts are applicable in different contexts and apply physics knowledge and techniques to solve problems outside the discipline.
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| 9 | Design, plan and conduct a physics experiment or project.
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| 10 | Address authentic problems in astrophysics, working professionally, responsibly and ethically and with consideration of cross-cultural perspectives, within collaborative, interdisciplinary teams.
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