Search

16411 results for: ‘%s’

  • Trustworthy Autonomous Systems

    This group aims at developing robust and trustworthy autonomous systems for a range of environments. The autonomous systems may be in extreme environments such as space, sea, or in environments where they interact with humans, or may be limited in computational resources.

  • Signal Processing

    Module code: EG7324 This module covers both the analysis and synthesis of discrete-time systems and the two main areas of signal processing: Digital filters and spectrum analysis.

  • Signal Processing

    Module code: EG7324 This module covers both the analysis and synthesis of discrete-time systems and the two main areas of signal processing: Digital filters and spectrum analysis.

  • Signal Processing

    Module code: EG7324 This module covers both the analysis and synthesis of discrete-time systems and the two main areas of signal processing: Digital filters and spectrum analysis.

  • Chicxulub crater Leicester researchers investigate what killed the dinosaurs

    A team of scientists, including University of Leicester researchers, has now reached the midpoint of an International Ocean Discovery Programme investigating the Chicxulub crater site - the location of the meteorite impact associated with a mass extinction event 66 million...

  • Save a PDF

    Learn how to save a PDF for print

  • Postgraduate

    Geography at Leicester is widely recognised as having an established international reputation for the provision of high-quality graduate programmes. Learn more about our Masters in GIS.

  • PhD guidance

    The School of History, Politics and International Relations at the University of Leicester welcomes initial inquiries regarding possible study for a PhD. Read our PhD Research Proposal Guidance Notes for more information.

  • Hercules Facility

    Get in touch We want to hear from you and how Hercules can be your hero. Book a chat via email (hercules@leicester.ac.uk) with one of our experts to learn more and understand how we can help.

  • Planetary Materials

    We study the evolution of Mars through a combination of mission involvement and analysing martian meteorites. Our research aims include to understand the nature of water-rock reaction in the martian crust and compositional differentiation of the lithosphere.

Back to top
MENU