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9681 results for: ‘global learning outcomes’

  • Cross sectional anatomy, physiology and pathology

    Module code: RA2001 This module will introduce you to the anatomy and physiology of key body systems such as the reproductive and gastrointestinal etc.

  • Cross sectional anatomy, physiology and pathology

    Module code: RA2001 This module will introduce you to the anatomy and physiology of key body systems such as the reproductive and gastrointestinal etc.

  • Postgraduate simulation

    Learn more about the postgraduate simulations offered by Leicester Medical School via our Simulation Centre.

  • Interpreting historical sources

    History at the University of Leicester - Building and Enriching Shared Heritages project. This section covers interpreting documents, counting sources, interpreting buildings and gravestones, monuments and memorials.

  • Adam Clapton BA

    Learn more about our Senior Supervisor of ULAS, Adam Clapton.

  • Translation Strategies

    Module code: TS7036 Different types of texts require different strategies and techniques to translate appropriately and correctly for the intended target audience.

  • Financial Reports Analysis

    Module code: MN3149 Financial analysis is crucial when assessing a business or organisation's continued viability. This module will introduce you to its fundamentals, and you'll get the chance to apply what you've learned to real-life examples.

  • Quantitative Methods in Applied Health Research

    Module code: MD7432 In this module you will consider the advantages and disadvantages of a range of quantitative methodologies. We will explore statistical methods using statistical software, including descriptive, univariate and multivariate analyses.

  • Engineering Mathematics with programming 1

    Module code: EG1016 Mathematics is the most powerful and important tool of a professional engineer.

  • Finite Element Analysis and Design

    Module code: EG3111 Most modern engineering structures possess complicated geometry, and are designed using a computer analysis of the stresses on a structure in response to load.

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