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Cross sectional anatomy, physiology and pathology
https://le.ac.uk/modules/2026/ra2001
Module code: RA2001 This module will introduce you to the anatomy and physiology of key body systems such as the reproductive and gastrointestinal etc.
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Faith-based support
https://le.ac.uk/about/faith
Learn more about the faith support on offer at the University of Leicester.
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Simultaneous Interpreting
https://le.ac.uk/modules/2024/ts7032
Module code: TS7032 Interpreting is a highly skilled profession, carried out in real-time, with no pauses available to research your subject matter or develop your knowledge on concepts and words.
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Practitioner Research Methods
https://le.ac.uk/modules/2025/ed7430
Module code: ED7430 This module will provide the foundation for your professional enquiry dissertation in the following year. You will explore approaches to conducting small scale research.
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Innovation, quality, research and evaluation
https://le.ac.uk/modules/2025/md7054
md7054
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Crime Scene Examination
https://le.ac.uk/modules/2025/ch7201
Module code: CH7201 In this module, you will explore the processes of crime scene examination, ranging from the initial assessment to the preservation of crime scenes.
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Research Design and Methods (with Dissertation Planning)
https://le.ac.uk/modules/2025/gy2414
Module code: GY2414 This module equips you for your independent research project, gearing you up for the dissertation that you’ll submit in Year 3.
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Introduction to Biomaterials
https://le.ac.uk/modules/2025/eg2023
Module code: EG2023 Biomaterials are materials used in the treatment of human injury or disease, either by themselves or as parts of more complex medical devices.
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Systems Engineering
https://le.ac.uk/modules/2025/eg4065
Module code: EG4065 Systems engineering combines engineering with engineering management and focuses on how to design, integrate, and manage complex systems across their life cycle.
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Compressible and Applied Aerodynamics
https://le.ac.uk/modules/2025/eg3411
Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).