The aim of this module is to develop student’s ability and confidence in communicating science, complex information, knowledge and concepts using a variety of communication methods. The module also aims to develop student’s coding and data analysis abilities, as well as softer professional skills. These link to the requirements in the QAA Materials benchmark statement of 2017, in particular 3.4.vi, computational simulation of materials across the lengthscales and corresponding timescales from atomistic (classical and quantum) to finite elements It will also contribute to the students’ fluency in mathematics, and familiarity with a range of mathematical and computational methods, for expressing the laws of science, for formulating and solving problems. - Data collection and processing
- Data reporting and presentation
- Statistical analysis methodologies
- Presenting technical reports and complex data in a variety of ways (e.g. posters and oral presentations)
- Summarising large datasets in logical manner and presenting them in a coherent way
- Relating different datasets to extract the information required, for example the remaining lifetime in a structural component
- Learn to distinguish the characteristics of true from false data points and understand the concept of experimental error and statistical margins
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