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9816 results for: ‘global learning outcomes’

  • National Conference Celebrates Record Attendance in Leicester

    A remarkable 552 delegates gathered in Leicester for the 19th Annual UK Clinical Research Facility (UKCRF) Network Conference, setting a new attendance record for the national event.

  • Space Park Leicester to host IP and funding workshop

    60-minute session exploring how businesses in the space and technology sectors can leverage intellectual property (IP) and funding opportunities to accelerate growth, secure investment, and commercialise breakthrough ideas.

  • Space Technologies to help protect communities and the environment

    Multi-million pound funding for world-class research at our University, to use space technologies to help herders in Mongolia and monitor tropical forests in SE Asia, has been announced by Science Minister Sam Gyimah.

  • Computational Fluid Dynamics

    Module code: EG7125 This module will provide a comprehensive overview of Computational Fluid Dynamics, and its application to flows of both academic and industrial interest.

  • Study

    By choosing to study Archaeology or Ancient History, you will join a lively academic community committed to understanding the past.

  • Study

    Find out about studying Psychology at the University of Leicester. We offer BPS-accredited undergraduate and postgraduate courses, and a wide range (MPhil, PhD, PsyD and DClinPSy) of postgraduate research degrees.

  • Study

    Museum Studies at Leicester offers a wide range of postgraduate study opportunities as well as research degrees to meet your requirements.

  • Study

    Degrees in Media and Communication at the University of Leicester offer you the chance to explore a wide range of specialist subjects within the wider field of media and communication. Find out more about our undergraduate and postgraduate courses and research opportunities.

  • Computational Fluid Dynamics

    Module code: EG7125 This module will provide a comprehensive overview of Computational Fluid Dynamics, and its application to flows of both academic and industrial interest.

  • Computational Fluid Dynamics

    Module code: EG7125 This module will provide a comprehensive overview of Computational Fluid Dynamics, and its application to flows of both academic and industrial interest.

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