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  • Saturday 5th August Landing Day

    Posted by jbridges in Mars Science Laboratory Blog on August 6, 2012 18 minutes to entry We are gathered in Building 321, the Flight Operations Centre. Distance = 7200  km Velocity 17, 400 km/h.

  • Largest archaeological excavation in Leicester in over a decade open to public

    Members of the public are invited to learn more about Leicester's Roman past as the city's largest excavation site in over 10 years is open to visitors on Saturday 6 and Sunday 7 May.

  • Enquire about undergraduate study

    Have a question? Not sure about some details of something? Whatever your query about the University of Leicester and our range of courses - whether general or specific - ask it here and we'll get back to you with an answer as soon as we can.

  • Primary programmes

    View all the primary programmes that we offer for foundation, key stage 1 and key stage 2 levels.

  • International Lifetime Achievement Award in Empathy presented at pioneering educational course

    Two giants from the world of empathic healthcare have received international Lifetime Achievement Awards during a pioneering educational course in Leicester.

  • Campus-wide study spaces

    alternative study spaces and PCs for use during the assessment period across the University of Leicester campus individual and group study spaces charles wilson building mezzanine freemen's common cottages

  • Algorithms, Data Structures and Advanced Programming

    Module code: CO1107 This module covers advanced programming material, including common algorithms and data structures.

  • 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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