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  • Field and Laboratory Techniques

    Module code: GY1433 In this module you'll start to get to grips with the practicalities of being a physical geographer.

  • Cardiovascular Projects

    Module code: MB7059 One of the most valued features of this course is opportunity for you to undertake two separate research projects of approximately 11 weeks duration.

  • International Relations After the Cold War

    Module code: PL7161 This module critically examines the means by which the West maintains its concept of Order.

  • Post Cold War World Order

    Module code: PL7508 This module critically examines the means by which the West maintains its concept of Order.

  • Field and Laboratory Techniques

    Module code: GY1433 In this module you'll start to get to grips with the practicalities of being a physical geographer.

  • Environmental Archaeology

    Module code: AR2008 How do we know what a society ate? What crops they grew and what animals they herded? One way to establish the relationship between ancient societies and the environments they lived in is by studying core materials such as plant remains, molluscs, animal...

  • New Leicester education centre to provide opportunities for city’s young people

    Young people in Leicester will have a greater chance of realising their ambitions thanks to a new education centre in the city.

  • Spring into the new year with Attenborough Arts Centre

    Read more about the Attenborough Arts Centre's new spring exhibitions, performances, workshops and other events.

  • ‘One of the most remarkable men in the entire history of archaeology’

    Posted by Margaret Maclean in Library Special Collections on August 1, 2017 Two hundred years ago, on 1 August 1817, the adventurer-Egyptologist Giovanni Belzoni, described by Howard Carter, with good reason, as ‘one of the most remarkable men in the entire history of...

  • Sand clouds, water vapour and sulphur dioxide detected on nearby exoplanet using world-leading space telescope

    New study that has discovered ‘sand clouds’ on a planet orbiting a nearby star using James Webb Space Telescope involves University of Leicester space scientist, using the MIRI instrument that University engineers and scientists helped design and develop.

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