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9774 results for: ‘global learning outcomes’

  • Facilities

    Our exceptional learning resources and facilities are designed to develop students’ knowledge, skills and confidence.   Our cutting-edge, £42 million George Davies Centre is a collaborative hub for staff and students across the College of Life Sciences.

  • Neolithic, Bronze and Iron Age Britain and Ireland

    Module code: AR2606 This module allows you to explore the famous sites of Britain and Ireland from the Neolithic to the Iron Age as well as the key questions about the periods.

  • Computational Creativity

    Module code: CO3104 (double module) Computational Creativity introduces the theory and practice of using Artificial Intelligence (AI) for creative applications.

  • Neolithic, Bronze and Iron Age Britain and Ireland

    Module code: AR2606 This module allows you to explore the famous sites of Britain and Ireland from the Neolithic to the Iron Age as well as the key questions about the periods.

  • Computational Creativity

    Module code: CO3104 (double module) Computational Creativity introduces the theory and practice of using Artificial Intelligence (AI) for creative applications.

  • Neolithic, Bronze and Iron Age Britain and Ireland

    Module code: AR2606 This module allows you to explore the famous sites of Britain and Ireland from the Neolithic to the Iron Age as well as the key questions about the periods.

  • Polish

    Study Polish courses for all levels at The University of Leicester.

  • Computational Creativity

    Module code: CO3104 (double module) Computational Creativity introduces the theory and practice of using Artificial Intelligence (AI) for creative applications.

  • Department of Geology to host Palaeontology conference

    The University's Department of Geology Palaeobiology Research Group has announced it will host the early career researchers’ conference Progressive Palaeontology 2017 Progressive Palaeontology, known as ProgPal, is a vibrant annual conference organised by and for early...

  • International team put single molecules in super-fridge

    An international team of researchers led by our University has for the first time observed how a single two-atom-large molecule rotates in the coldest liquid known in nature.

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