Search
-
Data Science
https://le.ac.uk/modules/2026/ec2062
Module code: EC2062 In this module you learn about numerical programming using language R, and learning the mathematical algorithm and statistical theory that underpins it.
-
Data Science
https://le.ac.uk/modules/2027/ec2062
Module code: EC2062 In this module you learn about numerical programming using language R, and learning the mathematical algorithm and statistical theory that underpins it.
-
Student ID Card obligations
https://le.ac.uk/library/information-hub/student-id-cards/student-id-card-obligations
Obligations
-
Mars Science Laboratory Blog: Academic and staff blogs from the University of Leicester: Page 18
https://staffblogs.le.ac.uk/mars/page/18/
Academic and staff blogs from the University of Leicester
-
Animals in research resources
https://le.ac.uk/dbs/about/resources
Browse resources and links relating to the research conducted in the Division of Biomedical Services.
-
Medical Microbiology
https://le.ac.uk/modules/2025/mb2020
Module code: MB2020 This module will cover the biology of pathogens causing major infectious diseases, such as tuberculosis, cholera, diphtheria, syphilis and others.
-
Medical Microbiology
https://le.ac.uk/modules/2026/mb2020
Module code: MB2020 This module will cover the biology of pathogens causing major infectious diseases, such as tuberculosis, cholera, diphtheria, syphilis and others.
-
Medical Microbiology
https://le.ac.uk/modules/2027/mb2020
Module code: MB2020 This module will cover the biology of pathogens causing major infectious diseases, such as tuberculosis, cholera, diphtheria, syphilis and others.
-
Attitude and Orbit Control Systems
https://le.ac.uk/modules/2025/eg4323
Module code: EG4323 The module introduces the limitations that classical control, based on the use of linear models, encounters in a real-world operating environment such as unmodelled dynamics and system non-linearities.
-
Attitude and Orbit Control Systems
https://le.ac.uk/modules/2026/eg4323
Module code: EG4323 The module introduces the limitations that classical control, based on the use of linear models, encounters in a real-world operating environment such as unmodelled dynamics and system non-linearities.