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River Dynamics
/modules/2025/gy3438
Module code: GY3438 This module considers how rivers ‘work’ and evolve over timescales of 10s -100s of years.
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River Dynamics
/modules/2026/gy3438
Module code: GY3438 This module considers how rivers ‘work’ and evolve over timescales of 10s -100s of years.
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Regulations and specifications
/study/welcome/your-next-steps/regs-specs
To support your studies at Leicester there are a series of specifications and regulations available.
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River Dynamics
/modules/2027/gy3438
Module code: GY3438 This module considers how rivers ‘work’ and evolve over timescales of 10s -100s of years.
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Statistical Distributions and Inference
/modules/2026/ma2403
Module code: MA2403 Statistics is the branch of mathematics that is used in the study of data, trends and uncertainties and is a fundamental aspect of data analysis for empirical scientists, mathematicians and engineers.
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Contact
/cardiovascular-sciences/research/intervention/emergency-medicine/ddu/contact
Management and governance The Diagnostic Development Unit governance structure consists of a Management Board and Steering Board. The former meets on a monthly basis, whilst the latter meets at six monthly intervals.
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Computationally Intensive Methods
/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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Computational Chemistry and Quantum Mechanics
/modules/2025/ch4207
Module code: CH4207 Computational chemistry is the use of computer modelling and simulation - including ab initio approaches based on quantum chemistry and mechanics - to study the structures and properties of molecules and materials.
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Analytical Chemistry in Practice
/modules/2025/ch2206
Module code: CH2206 During your first year, you would have been introduced to analytical chemistry, which studies and uses instruments and methods to analyse the separation, identification and quantification of chemical compounds.
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Computationally Intensive Methods
/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.