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13044 results for: ‘museum studies’

  • About us

    The LeMID Centre encompasses a highly active interdisciplinary research team of academics from across the University of Leicester and UHL NHS trust.

  • Depositional Processes and Environments

    Module code: GL2105 In this module, you'll develop upon the knowledge of sedimentary rocks that you gained in your first year. In lectures, practicals and fieldwork, you'll explore the different environments in which sedimentary strata are formed.

  • Italian Language (Beginners)

    Module code: IT1020+IT1021 Our language modules for Beginners are intensive courses which bring you up to A2 Level of the common European Framework for languages (CEFR) in a year.

  • Physics Skills and Professional Development 1

    Module code: PA1010 This module is all about enhancing the core skills necessary for any physicist.

  • Depositional Processes and Environments

    Module code: GL2105 In this module, you'll develop upon the knowledge of sedimentary rocks that you gained in your first year. In lectures, practicals and fieldwork, you'll explore the different environments in which sedimentary strata are formed.

  • Physics Skills and Professional Development 1

    Module code: PA1010 This module is all about enhancing the core skills necessary for any physicist.

  • Scholarships

    Read more about the scholarships available to students looking to apply to Leicester Law School, including scholarships for Canadian and Malaysian students.

  • ULSB Hub

    Find out more about the Delicious food outlet in the Students' Union on Leicester central campus.

  • Screening of Type 2 diabetes needs reviewing research suggests

    The process for screening for Type 2 diabetes or those at high risk of the condition needs “careful re-evaluation”, according to the first study on the effectiveness of testing methods which has been led by the Diabetes Research Centre.

  • Scientists find clues to tuberculosis progression in gene expression

    Researchers at the Francis Crick Institute working with collaborators at the University of Leicester have identified how gene expression changes during different stages of tuberculosis (TB), including early after infection before any symptoms are clinically detectable.

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