| | Learning outcome |
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| 1 | Apply expert theoretical knowledge and an integrated understanding across all areas of medical physics |
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| 2 | Utilise advanced problem-solving skills to analyse outputs and synthesise complex information in applying medical physics knowledge into clinical practice |
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| 3 | Apply advanced theoretical and technical skills to perform and critically evaluate quality assurance procedures for medical physics |
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| 4 | Demonstrate an expert understanding of the roles and responsibilities of medical physicists in patient care and public safety, as part of diverse interdisciplinary teams |
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| 5 | Interpret the significance and scope of ethical principles and the application of these principles in medical physics |
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| 6 | Demonstrate initiative and a high degree of independence to work effectively and responsibly in an individual context and within a collaborative group environment |
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| 7 | Justify, interpret and effectively communicate expert disciplinary knowledge, technical research findings and evidence-based solutions to issues in medical physics in written, visual and oral modes of communication to specialist and non-specialist audiences |
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| 8 | Demonstrate initiative and a high degree of independence to plan and execute an individual research project in a prescribed period including conducting a literature review, discussing project results and communicating findings through written, visual and oral modes of communication |
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