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Sue Shackleton
https://le.ac.uk/people/sue-shackleton
The academic profile of Dr Sue Shackleton, Associate Professor at University of Leicester
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Introduction to the History of Art 1: Antiquity to Baroque
https://le.ac.uk/modules/2024/ha1112
Module code: HA1112 This module surveys the history of art from classical antiquity to the Dutch Golden Age. Across this module, we will investigate why this 'canon' of great works and great artists (whether one accepts it or not) came to be.
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Reservoir Geoscience: Hydrocarbons and Carbon Sequestration
https://le.ac.uk/modules/2024/gl3041
Module code: GL3041 Reservoir geoscience looks at the geology and geophysics of conventional and unconventional petroleum reservoirs and how these may also be used to store carbon dioxide.
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Applied Econometrics Project
https://le.ac.uk/modules/2024/ec3064
Module code: EC3064 This project will give you the chance to explore and take a more in-depth look at some prevalent areas of research in econometrics.
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Advanced Money and Banking
https://le.ac.uk/modules/2024/ec7107
Module code: EC7107 In this module you will study the behaviour of banks in the modern macro-financial system, based on the latest research in this area.
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Micorobial genomes
https://le.ac.uk/vgec/topics/microbial-sciences/microbial-genomes
Genome is the word we use to describe all of an organism's DNA, including its chromosomes and any other pieces of DNA it may have acquired. The University of Leicester provides a range of resources for academic purposes.
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Medical Biosciences (Genetics) MBiolSci
https://le.ac.uk/courses/medical-biosciences-genetics-mbiolsci/2026
Genetics and genetic mechanisms can tell us so much about heredity and evolution. When researched in the context of diseases in a massively outbred human population, genetics leads us to discover better, more personalised diagnosis and treatments of diseases.
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Medical Biosciences (Biochemistry) MBiolSci
https://le.ac.uk/courses/medical-biosciences-biochemistry-mbiolsci/2025
Almost all of the biggest, most impactful breakthroughs in the diagnosis and treatment of disease start with molecular-level analysis of biomolecules.
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Medical Biosciences (Biochemistry) MBiolSci
https://le.ac.uk/courses/medical-biosciences-biochemistry-mbiolsci/2026
Almost all of the biggest, most impactful breakthroughs in the diagnosis and treatment of disease start with molecular-level analysis of biomolecules.
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Biological Sciences (Neuroscience) MBiolSci
https://le.ac.uk/courses/biological-sciences-neuroscience-mbiolsci/2026
Computers are powerful machines, but no computer is more powerful or complex than the human brain. Studying neuroscience will reveal how brains and nervous systems work in animals, including humans – and what happens when something goes wrong.