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14067 results for: ‘museum studies’

  • French Urban Space: From City of Lights to the Banlieue

    Module code: FR2046 The city of Paris has long been known as the ‘City of Lights’ because of the key role it has played in bringing together artists, writers and great thinkers.

  • Quantum Theory of Solids

    Module code: PA4601 Developments in our understanding of the quantum theory of solids have driven much of our recent technological advancements in materials and devices, for example in flexible displays, sensors, and particularly nanoscale electronics.

  • Leading in organisations: Leadership 3

    Module code: MW3015 This module is facilitated by a combination of lectures, small group tutorials, guided study /online learning packages, problem based case scenarios, and practice based learning/caseloading, that help you to develop your understanding of organizational...

  • Actuarial Mathematics Project

    Module code:MA3515 (double module) The purpose of the project is for you to complete a substantial individual project in a broad area related to actuarial science.

  • Physical Chemistry

    Module code: CH2203 During your first year at Leicester, you will have been introduced to the core systems behind physical chemistry - the application of principles from physics to the study of chemical systems.

  • Spectroscopy Theory and Practice

    Module code: CH2200 Spectroscopy is the study of the relationship between matter and electromagnetic radiation. It's important for a chemist - particularly those working in analytical and physical fields - to be adept at spectroscopy.

  • Leading in organisations: Leadership 3

    Module code: MW3015 This module is facilitated by a combination of lectures, small group tutorials, guided study /online learning packages, problem based case scenarios, and practice based learning/caseloading, that help you to develop your understanding of organizational...

  • Evolutionary Genetics

    Module code: BS3000 ‘Evolutionary genetics’ gives you an introductory overview of the genetic basis for the evolution of genes, genomes, and phenotypes from both theoretical and experimental perspectives.

  • Proteins: Structure and Bioinformatics

    Module code: BS7102 In this module you will study the basic features of three-dimensional protein structures and the tools available to determine, visualise and analyse them.

  • Microbial Pathogenesis and Genomics

    Module code: BS3011 This module focuses on how microbial pathogens cause infectious diseases, tackling key ideas such as the nature and functions of virulence factors, how microbes overcome host defences and the on-going evolution of pathogenic traits.

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