(Award available for year: Bachelor of Science)
A deep knowledge, understanding and application of a range of advanced topics in Physics.
Think creatively to solve a problem or create new knowledge.
Deploy complex problem solving techniques.
Deepen your understanding of the laws of nature, from the subatomic to the cosmic.
Ability to model problems and make estimations.
Use coding and mathematical tools to solve physics problems.
Undertake critical evaluation of information and rigorous analysis of data.
Develop your professionalism, including communicating effectively in verbal, written and multimedia formats, and planning and completing work to deadlines.
Work effectively as part of a team.
Be enterprising and be able to identify and realise opportunities.
Ability to evaluate your own strengths and identify areas for development.
Undertake experimental work to make accurate measurements of physical phenomena
Understand and use appropriate techniques to design experiments.
Ability to apply appropriate methods for error analysis and statistical significance.
Demonstrate an understanding of the fundamental concepts and methods of deep learning. Apply deep learning for standard AI tasks using a state-of-the-art programming environment,
Demonstrate an understanding of the current limitations of deep learning, the dependence on data and computational resources, and the challenge of causal explanation.
1. Problem Solving
2. Communication
3. Team work
A variety of assessment methods including formal exams, assignments, presentations and/or continuous assessment.
Errors, omissions, failed links etc should be notified to the Catalogue Team