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  • Take part in BBC programme Down To Earth

    The longest running programme on BBC Local Radio is coming to the University of Leicester and you could take part.

  • 2nd November 2014 Sol 797

    Posted by jbridges in Mars Science Laboratory Blog on November 2, 2014 This NavCam image shows one of the outcrops we have been analysing in detail at the Chinle outcrop in Pahrump.

  • Grant Bourhill to take new role

    Grant Bourhill, Chief Executive Officer at Leicester Science Parks is to take up a new role as Managing Director for Surrey Research Park.

  • Curiosity Rover Reaches the Clay Unit in Gale Crater, Sol 2073

    Posted by jbridges in Mars Science Laboratory Blog on February 7, 2019 Looking towards the Clay Unit After 20.1 km and 2073 sols of driving and science operations we have reached the next milestone of the Mars Science Laboratory mission – the Clay Unit.

  • The sting of the bling

    Experts Professor Gawen Jenkin and Dr Dan Smith explain the importance of pursuing sustainable methods of metal extraction in order to tackle climate change.

  • Leicester Heroes event aims to recruit hundreds of new potential stem cell donors

    Our University has once again teamed up with The Rik Basra Leukaemia Campaign to host an event on Monday 30 October which aims to recruit hundreds of new potential donors to the Anthony Nolan stem cell  register.

  • 12th September 2017 Sol 1814 – Curiosity’s View Across Gale Crater

    Posted by jbridges in Mars Science Laboratory Blog on September 12, 2017 View from Vera Rubin Ridge   The Curiosity Rover has reached an elevation of 300 metres above our landing site.

  • Compressible and Applied Aerodynamics

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

  • Compressible and Applied Aerodynamics

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

  • Compressible and Applied Aerodynamics

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

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