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  • Research Methods and Dissertation

    Module code: AF7063 The aim of a dissertation is to produce an original piece of research using primary or secondary data, together with an appropriate methodology and data analysis framework.

  • Introduction to Academic Skills

    Module code: JO1005 The transition to University level studies can feel challenging and occasionally stressful.

  • Mathematical Physics 1.2

    Module code: PA1720 This module will continue your training in the fundamental mathematical techniques that are necessary for degree-level physics including Institute of Physics ‘core of physics’ material such as differential equations, matrices, and complex numbers.

  • Introduction to Academic Skills

    Module code: JO1005 The transition to University level studies can feel challenging and occasionally stressful.

  • Mathematical Physics 1.2

    Module code: PA1720 This module will continue your training in the fundamental mathematical techniques that are necessary for degree-level physics including Institute of Physics ‘core of physics’ material such as differential equations, matrices, and complex numbers.

  • Research Methods and Dissertation

    Module code: MN7063 The aim of a dissertation is to produce an original piece of research using primary or secondary data, together with an appropriate methodology and data analysis framework.

  • Katie Eminson

    Research Associate ke79@leicester.ac.uk I am a full time PhD student who joined the team in September 2019.

  • David Lo

    The academic profile of Dr David Lo, Associate Professor and Honorary Consultant Respiratory Paediatrician at University of Leicester

  • Industrial Mathematics Project

    Module code: MA3513 (double module) The purpose of the Industrial Mathematics Project is for students to apply skills acquired in the other Mathematics modules to address a business question set by an industrial partner.

  • Advanced Methods for Data Analysis

    Module code: BS7106 This module deals with advanced data analysis methods applied to different experimental techniques that are used in Neuroscience. First, basic concepts of signals and systems will be presented (such as Fourier Transform and Linear Filtering).

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