Course overview
The aim of this course is to develop understanding of both the rigorous description of the properties of molecules and the vital processes involved in chemical change (physical chemistry), and how metallic elements interact with other compounds (inorganic chemistry). The theory component of the course covers the theory of quantum mechanics, thermodynamics, applications of symmetry, and coordination chemistry. The laboratory component of the course provides practical training with a focus on developing skills to prepare inorganic compounds, fully characterise and rationalise the physical and chemical properties of molecules, and to understand how these aspects impact their reactivity. 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. The course is designed for students majoring in chemistry but is also suitable for those focussing on biological, medical, environmental, engineering or material sciences.
- Thermodynamics
- Quantum Phenomena
- Coordination Chemistry
- Practicals
Course learning outcomes
- Apply knowledge of quantum phenomena, thermodynamics, molecular symmetry, and coordination chemistry to analyse and solve conceptual and quantitative problems
- Accurately represent chemical structures, formulae and equations.
- Prepare for individual and/or team-based preparative and measurement-based laboratory investigations using safe laboratory practices
- Demonstrate proficiency in undertaking individual and/or team-based preparative and measurement-based laboratory investigations using appropriate apparatus and techniques
- Analyse, interpret and present the results of preparative and measurement-based laboratory experiments
- Communicate ideas that relate to quantum phenomena, thermodynamics, molecular symmetry and coordination chemistry in written form to specialist audiences