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Design, build and maintain the structures of our modern world
From bridges to motorways, airports to skyscrapers, civil engineering shapes the way cities and towns work
Gain access to world-leading facilities, like our hydrodynamics laboratory with our wave basin and coastal flume
Learn from and alongside researchers paving the way in the field, to find solutions to modern-day problems
Our range of civil engineering courses allow you to focus on an area or specialism of interest to you
Learn to solve global challenges across the natural and built environment through a world-leading education on this integrated Master’s degree.
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Learn about the behaviour and characteristics of civil engineering materials in depth.
Learn to design, analyse and assess concrete structures such as bridges and buildings.
Learn to analyse, design and assess structures under seismic action and extreme conditions.
Gain hands-on experience in fluid mechanics, as well as theoretical knowledge
Analyse the principles and practices needed to protect the environment and human health.
Explore environmental engineering practices and the use of computational methods and statistical modelling techniques.
Explore the broad spectrum of structural engineering issues affecting civil engineering structures.
Build your understanding of the theory of geomechanics and key concepts of engineering seismology
Obtain a solid technical basis in key areas of soil mechanics and apply that knowledge to aspects of environmental geotechnics.
Specialise in key aspects of engineering geology and explore the fundamentals of geomechanics.
Examine the theory of geomechanics and explore the properties of soils and soft rocks.
Study key areas of geotechnical engineering and specialise in analysing large volumes of geotechnical data to provide efficient, sustainable, resilient geotechnical solutions.
Discover the theoretical background and practical design considerations of hydrology and water resources management.
Deepen your understanding of the science and cutting-edge technologies that underpin global security.
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Understand the theory and practice of structural steel design.
Specialise in analysing large volumes of transport data and in developing models for efficient, sustainable, and resilient transport systems.
View our 2024 entry undergraduate courses.
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