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9556 results for: ‘global learning outcomes’

  • Numerical Programming in C++

    Module code: PA3247 The Physics Skills Electives are designed to help you improve your skills and enhance your career options in industry, education, research and/or business.

  • Numerical Programming in C++

    Module code: PA3247 The Physics Skills Electives are designed to help you improve your skills and enhance your career options in industry, education, research and/or business.

  • Numerical Programming in C++

    Module code: PA3247 The Physics Skills Electives are designed to help you improve your skills and enhance your career options in industry, education, research and/or business.

  • University of Leicester and National Nuclear Laboratory sign an agreement with Korea Atomic Energy Research Institute on future space battery design

    Space battery signing Professor Iain Gillespie signing a memorandum of understanding|The memorandum of understanding (MoU) pledges new areas of cooperation on research on radioisotope thermoelectric power generators for use in space exploration.

  • Scientists develop new product to tackle Salmonella

    Scientists have successfully developed a bacteriophage product to prevent Salmonella in broiler chickens.

  • Audiovisual Translation

    Module code: TS7034 Translating multimedia texts (content that consists of forms such as text, audio, video and images) into a target language is called audio-visual translation.

  • Audiovisual Translation

    Module code: TS7034 Translating multimedia texts (content that consists of forms such as text, audio, video and images) into a target language is called audio-visual translation.

  • Audiovisual Translation

    Module code: TS7034 Translating multimedia texts (content that consists of forms such as text, audio, video and images) into a target language is called audio-visual translation.

  • 2021

    An archive listing of 2021 events in the Victorian Studies Centre Spring Seminar series

  • New way of screening toxic chemicals mimics mammal senses

    Researchers from our University have developed a new approach for analysing toxic chemicals in complex samples that mimics the way mammals smell and taste. The technique could reduce the need for laboratory animals in biomedical research and other areas of chemical testing.

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