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  • University of Leicester calls for research leaders of tomorrow to apply for prestigious fellowship

    The University of Leicester is inviting researchers and innovators to apply for a fellowship that will help them develop into the leaders of tomorrow.

  • Sunday 7th October Sol 61

    Posted by jbridges in Mars Science Laboratory Blog on October 8, 2012 One of the major challenges in preparing a spacecraft for Mars is ensuring that the chemical analyses made by the instruments, in particular for the SAM mass spectrometer are not contaminated by material...

  • Mechanics 2

    Module code: FS0042 In this module you will learn how to describe and explain the rotational motion of rigid bodies subject to forces. You will study advanced topics such as oscillations and gravity, and learn how to use differential equations to solve dynamical problems.

  • Placement 3 and 4

    Module code: NU2001 No nursing education programme is complete without practical experience in the field.

  • Developing Proficiency 3 and 4

    Module code: NU2011 No nursing education programme is complete without practical experience in the field.

  • Computational Fluid Dynamics

    Module code: EG4125 Advanced engineering design software that predicts the behaviour of fluid flow is called Computational Fluid Dynamics (CFD).

  • Mechanics 2

    Module code: FS0042 In this module you will learn how to describe and explain the rotational motion of rigid bodies subject to forces. You will study advanced topics such as oscillations and gravity, and learn how to use differential equations to solve dynamical problems.

  • Computational Fluid Dynamics

    Module code: EG4125 Advanced engineering design software that predicts the behaviour of fluid flow is called Computational Fluid Dynamics (CFD).

  • Computational Fluid Dynamics

    Module code: EG4125 Advanced engineering design software that predicts the behaviour of fluid flow is called Computational Fluid Dynamics (CFD).

  • Mechanics 2

    Module code: FS0042 In this module you will learn how to describe and explain the rotational motion of rigid bodies subject to forces. You will study advanced topics such as oscillations and gravity, and learn how to use differential equations to solve dynamical problems.

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