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  • Dissertation

    Module code: CR7021 The dissertation module is a chance for you to demonstrate your understanding of theory and analysis in criminology, in a research context.

  • Forensic and Legal Psychology

    Module code: CR7143 This multidisciplinary module investigates how psychological research and theory contributes to how crime is investigated and prosecuted.

  • Journalism Ethics and Regulation

    Module code:JO1002 This module will introduce you to the regulation, codes of practice and professional ethics of journalism, and will feature much lively discussion and debate.

  • Journalism Ethics and Regulation

    Module code:JO1002 This module will introduce you to the regulation, codes of practice and professional ethics of journalism, and will feature much lively discussion and debate.

  • Dissertation

    Module code: CR7021 The dissertation module is a chance for you to demonstrate your understanding of theory and analysis in criminology, in a research context.

  • Forensic and Legal Psychology

    Module code: CR7143 This multidisciplinary module investigates how psychological research and theory contributes to how crime is investigated and prosecuted.

  • Audience and Reception

    Module code: MS7507 Module co-ordinator: Dr Vincent Campbell Module Outline The audiences module presents a critical account and discussion of the significance of different ways of thinking about media influence, media use and patterns of media consumption.

  • Advanced Investment Management

    Module code: AF3138 You will analyse the competing paradigms of the Efficient Market Hypothesis and Behavioural Finance.

  • University of Leicester ranked in UK top three for COVID-19 research

    Leicester has been ranked as one of the top performing universities in the UK for COVID-19 research.

  • Phenomenal space explosion astonishes Leicester researchers and shines a light on our own galaxy

    University of Leicester researchers have played crucial roles in discovering and analysing a gamma-ray burst at least 10 times brighter than anything NASA’s Swift mission has seen before.

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