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Computationally Intensive Methods
https://le.ac.uk/modules/2027/md7443
Module code: MD7443 This module will cover a variety of computationally intensive methods including maximum likelihood estimation, modelling of non-linear effects, simulation studies, dealing with missing data and machine learning models.
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Computationally Intensive Methods
https://le.ac.uk/modules/2025/md7443
Module code: MD7443 This module will cover a variety of computationally intensive methods including maximum likelihood estimation, modelling of non-linear effects, simulation studies, dealing with missing data and machine learning models.
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Computationally Intensive Methods
https://le.ac.uk/modules/2026/md7443
Module code: MD7443 This module will cover a variety of computationally intensive methods including maximum likelihood estimation, modelling of non-linear effects, simulation studies, dealing with missing data and machine learning models.
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Archaeology uncovers hidden layers of Chesterfield’s past
https://le.ac.uk/news/2026/march/archaeology-uncovers-hidden-chesterfields-past
An archaeological excavation in Chesterfield town centre has revealed well preserved remains that shed new light on how people lived in the town over hundreds of years.
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Science storyteller is honoured by the University of Leicester
https://le.ac.uk/news/2024/july/grads-fox
An expert who helps journalists navigate complex science stories has been honoured by the University of Leicester.
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Personalised treatment in B cell malignancies
https://le.ac.uk/lcrc/research/personalised-treatment-in-b-cell-malignancies
Research theme leads: Professor Martin Dyer; Dr Harriet Walter, Dr Matt Ahearne Thanks to the generous philanthropic support of The Scott-Waudby Charitable Trust, the University of Leicester has been able to establish the Haematological Research Theme which supports both...
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Sunday 30th December Sol 143
https://staffblogs.le.ac.uk/mars/2012/12/30/sunday-30th-december-sol-143/
Posted by jbridges in Mars Science Laboratory Blog on December 30, 2012 Gale Crater is named after Walter Frederick Gale, an Australian astronomer in the early 20 th century (1865-1945).
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Biological Sciences (Microbiology) MBiolSci
https://le.ac.uk/courses/biological-sciences-microbiology-mbiolsci/2026
Microorganisms may be small, but they tell us more about life on Earth than almost any other life form. On this degree you will learn how and why microorganisms cause disease and how microbes have been used for millennia in everything from food production to sewage treatment.
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Biological Sciences (Biochemistry) MBiolSci
https://le.ac.uk/courses/biological-sciences-biochemistry-mbiolsci/2026
Unpicking the biochemical processes that make all living things (and viruses) tick is the first step to understanding the mechanisms that define life. Welcome to the fascinating and diverse world of biochemistry.
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Biological Sciences (Biochemistry) MBiolSci
https://le.ac.uk/courses/biological-sciences-biochemistry-mbiolsci/2027
Unpicking the biochemical processes that make all living things (and viruses) tick is the first step to understanding the mechanisms that define life. Welcome to the fascinating and diverse world of biochemistry.