Course overview
This course will introduce learners to the role of analytical chemistry in the modern world and covers key concepts and core analytical methods that are used by professional analytical chemists. The theory component of the course provides an introduction to metrology (the science of measurement), theory of separation science and its applications, and light-based analytical techniques. The laboratory component of the course provides practical training with a focus on developing quantitative analytical skills using a variety of instrumental methods together with skills required to analyse, interpret and present data. Learners will develop critical thinking and problem-solving skills in both theory-focused workshops and practical-based laboratory sessions, in addition to technical laboratory skills. These are essential skills for a professional scientist and are highly valued by employers because they directly contribute to the capability to innovate and troubleshoot in a variety of settings.
- Introduction to analytical chemistry and metrology
- Separation science
- Light-based analytical methods
- Practicals
Course learning outcomes
- apply knowledge of metrology, separation science, and light-based analytical methods to analyse and solve quantitative and conceptual problems
- accurately represent chemical structures, formulae, and equations
- prepare for individual and/or team-based measurement-based laboratory investigations using safe laboratory practices
- demonstrate proficiency in conducting individual and/or team-based measurement-based laboratory investigations using appropriate apparatus and techniques
- analyse, interpret and present the results of measurement-based laboratory experiments
- communicate ideas that relate to metrology, separation science, and light-based analytical methods in written and/or oral form to specialist and/or non-specialist audiences