11311 modules
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STAT6138 2028-29
Advanced Statistical Modelling
This is a postgraduate advanced module on statistical modelling with an emphasis on how to apply different methods to real world problems. In particular, approaches to handle hierarchical data structure (i.e. multi-level data) are the main focus of the module. Theory is introduced to ensure understanding, and real cases study are presented to learn how to apply the theory and overcome the challenges of real data. Statistical software is used to perform statistical analysis. -
STAT6138 2027-28
Advanced Statistical Modelling
This is a postgraduate advanced module on statistical modelling with an emphasis on how to apply different methods to real world problems. In particular, approaches to handle hierarchical data structure (i.e. multi-level data) are the main focus of the module. Theory is introduced to ensure understanding, and real cases study are presented to learn how to apply the theory and overcome the challenges of real data. Statistical software is used to perform statistical analysis. -
STAT6138 2025-26
Advanced Statistical Modelling
This is a postgraduate advanced module on statistical modelling with an emphasis on how to apply different methods to real world problems. In particular, approaches to handle hierarchical data structure (i.e. multi-level data) are the main focus of the module. Theory is introduced to ensure understanding, and real cases study are presented to learn how to apply the theory and overcome the challenges of real data. Statistical software is used to perform statistical analysis. -
STAT6126 2025-26
Advanced Statistical Modelling III: Multilevel Modelling
This module introduces students to multilevel methods for analysing hierarchical structures in the context of cross-sectional and longitudinal data. It also provides students with an understanding of some key methods of hierarchical data analysis, how to apply these methods and how to interpret the results using suitable statistical software. -
CENV6086 2031-32
Advanced Structural Engineering
Modern civil engineers must design structures that are not only safe and durable, but also low-carbon and resource-efficient. In this module, you will learn how to design real structural components made from reinforced concrete, prestressed concrete, steel–concrete composite systems, and timber.
The module focuses on how different materials behave under load and how engineers ensure structures are strong, stiff, and fit for purpose throughout their service life. You will learn to design structural members subjected to bending, shear, axial load, and torsion, and to check serviceability issues such as cracking and deflection. Alongside structural safety, you will explore how design choices influence embodied carbon and how engineers can reduce environmental impact while maintaining performance.
By the end of the module, you will be able to carry out advanced design calculations, identify critical failure modes, and make informed, responsible engineering decisions. This module prepares you for advanced design modules, final-year projects, and professional engineering practice. -
CENV6086 2025-26
Advanced Structural Engineering
Modern civil engineers must design structures that are not only safe and durable, but also low-carbon and resource-efficient. In this module, you will learn how to design real structural components made from reinforced concrete, prestressed concrete, steel–concrete composite systems, and timber.
The module focuses on how different materials behave under load and how engineers ensure structures are strong, stiff, and fit for purpose throughout their service life. You will learn to design structural members subjected to bending, shear, axial load, and torsion, and to check serviceability issues such as cracking and deflection. Alongside structural safety, you will explore how design choices influence embodied carbon and how engineers can reduce environmental impact while maintaining performance.
By the end of the module, you will be able to carry out advanced design calculations, identify critical failure modes, and make informed, responsible engineering decisions. This module prepares you for advanced design modules, final-year projects, and professional engineering practice. -
CENV6086 2026-27
Advanced Structural Engineering
Modern civil engineers must design structures that are not only safe and durable, but also low-carbon and resource-efficient. In this module, you will learn how to design real structural components made from reinforced concrete, prestressed concrete, steel–concrete composite systems, and timber.
The module focuses on how different materials behave under load and how engineers ensure structures are strong, stiff, and fit for purpose throughout their service life. You will learn to design structural members subjected to bending, shear, axial load, and torsion, and to check serviceability issues such as cracking and deflection. Alongside structural safety, you will explore how design choices influence embodied carbon and how engineers can reduce environmental impact while maintaining performance.
By the end of the module, you will be able to carry out advanced design calculations, identify critical failure modes, and make informed, responsible engineering decisions. This module prepares you for advanced design modules, final-year projects, and professional engineering practice. -
CENV6086 2027-28
Advanced Structural Engineering
Modern civil engineers must design structures that are not only safe and durable, but also low-carbon and resource-efficient. In this module, you will learn how to design real structural components made from reinforced concrete, prestressed concrete, steel–concrete composite systems, and timber.
The module focuses on how different materials behave under load and how engineers ensure structures are strong, stiff, and fit for purpose throughout their service life. You will learn to design structural members subjected to bending, shear, axial load, and torsion, and to check serviceability issues such as cracking and deflection. Alongside structural safety, you will explore how design choices influence embodied carbon and how engineers can reduce environmental impact while maintaining performance.
By the end of the module, you will be able to carry out advanced design calculations, identify critical failure modes, and make informed, responsible engineering decisions. This module prepares you for advanced design modules, final-year projects, and professional engineering practice. -
CENV6086 2028-29
Advanced Structural Engineering
Modern civil engineers must design structures that are not only safe and durable, but also low-carbon and resource-efficient. In this module, you will learn how to design real structural components made from reinforced concrete, prestressed concrete, steel–concrete composite systems, and timber.
The module focuses on how different materials behave under load and how engineers ensure structures are strong, stiff, and fit for purpose throughout their service life. You will learn to design structural members subjected to bending, shear, axial load, and torsion, and to check serviceability issues such as cracking and deflection. Alongside structural safety, you will explore how design choices influence embodied carbon and how engineers can reduce environmental impact while maintaining performance.
By the end of the module, you will be able to carry out advanced design calculations, identify critical failure modes, and make informed, responsible engineering decisions. This module prepares you for advanced design modules, final-year projects, and professional engineering practice. -
CENV6086 2029-30
Advanced Structural Engineering
Modern civil engineers must design structures that are not only safe and durable, but also low-carbon and resource-efficient. In this module, you will learn how to design real structural components made from reinforced concrete, prestressed concrete, steel–concrete composite systems, and timber.
The module focuses on how different materials behave under load and how engineers ensure structures are strong, stiff, and fit for purpose throughout their service life. You will learn to design structural members subjected to bending, shear, axial load, and torsion, and to check serviceability issues such as cracking and deflection. Alongside structural safety, you will explore how design choices influence embodied carbon and how engineers can reduce environmental impact while maintaining performance.
By the end of the module, you will be able to carry out advanced design calculations, identify critical failure modes, and make informed, responsible engineering decisions. This module prepares you for advanced design modules, final-year projects, and professional engineering practice.