Newcastle University

Civil Engineering BEng Honours
UCAS Code: H200 (3 Years)

• Course Overview
• Modules
• Entry Requirements
• Careers
• Finance

Civil engineers combine scientific understanding, practicality and ingenuity to design, build and manage the infrastructure that underpins our basic quality of life.

It is creative problem solving on a huge scale, which is key to finding solutions to the major challenges facing the world today.

In your work as a civil engineer, you could be responsible for water supplies and sanitation, large construction projects like the 2012 Olympics, improving life in the developing world or building the road and rail networks that allow us to travel for work and leisure.

But all the time, you will need to be mindful of how your project fits in to the bigger picture. For example, how will your new rail network stand up against growing passenger numbers? Where will you get a new water supply without harming others elsewhere?

This degree is designed to develop a valuable combination of technical ability, critical judgement, communication skills and intellectual qualities, preparing you for careers in a wide variety of areas.

Design work forms a large part of this degree, and a group design project during each year allows you to apply your knowledge to develop a sustainable engineering solution.

Professional accreditation

This degree is accredited by the Joint Board of Moderators (JBM), which is made up of the following four professional bodies:

• Institution of Civil Engineers
• Institution of Structural Engineers
• Chartered Institution of Highways and Transportation
• Institute of Highway Engineers

See the MEng or BEng section below for more information about professional accreditation and the difference between studying to BEng and MEng level.

Quality and ranking

Newcastle is ranked in the top 10 UK universities for Civil Engineering in The Complete University Guide 2013.

Teaching and assessment

Your course balances lectures, practical work, site visits, individual study, and group work. A typical week includes lectures each morning with two or three laboratory or design sessions in the afternoons. Further information can be found on our undergraduate web pages about the approach to teaching and learning at Newcastle University.

Coursework may take a variety of forms, ranging from reports and calculations, through to using 3D visualisation tools, and making presentations to practising engineers from industry. Teaching and assessment methods may vary from module to module, more information can be found in our individual module listings.

Flexible degree structure

The first two years of this degree are shared by all of our Civil Engineering and Civil and Structural Engineering students. They are designed to develop core civil engineering skills through topics based around four themes:

• Infrastructure introduces you to the principles of structural and materials engineering that can be applied to the design and building of bridges, buildings and highways
• Modelling and informatics develops the fundamental mathematical, analytical and computational skills that you will use in your design projects
• Environmental systems explores our relationship with the environment around us, including water, land and air
• Human and management systems focuses on the challenges facing civil engineers, such as climate change, growing populations and scarce resources

This shared curriculum provides you with a broad foundation of civil engineering knowledge while giving you time to see where your interests lie.

It also gives you the flexibility to transfer between our programmes should you find your interests have changed, though transfer from a BEng to a MEng is subject to you achieving the appropriate academic standard.

Industry links

The School of Civil Engineering and Geosciences at Newcastle has close links with industry. We have an industrial advisory panel that feeds the views of the profession into our degree programmes. This helps us to make sure that our graduates meet the needs of the industry.

We also host the regional office of the Institution of Civil Engineers, giving you chance to network with practising engineers.

Other benefits of our links with industry include:

• learn from speakers from industry, who are used extensively throughout our degrees to bring the theory to life
• receive support and advice from practising engineers on your annual team design project, which will involve producing conceptual sketches, drawings and a formal report, as well as an exhibition showcasing your work
• observe professional engineers at work through field visits to live civil engineering sites
• compete for prizes donated by industry at each Stage, in categories such as best overall student performance, best design performance and best project

Facilities

You will have lots of opportunities to analyse your design theories in our state-of-the-art facilities, which have been independently rated as ‘excellent’ by professional accreditors. We have:

• laboratories for testing heavy structures, such as steel-reinforced concrete beams and a shaking table for analysing the effect of seismic forces on structures
• geotech and materials laboratory where you can analyse the properties of engineering materials such as steel, rock, and timber, and learn about foundation and embankment design
• hydraulics and hydrology laboratory for studying how water behaves in circumstances such as heavy rainfall, flood, or blockages in river channels
• environmental engineering laboratory for analysing the chemical and biological properties of waters, wastewaters, sludges and soils
• a driving simulator that allows you to try out different highway designs and analyse driver behaviour

 You will also have access to full-scale field facilities off campus, including:

• flood defence schemes
• instrumented river catchment system
• hydro-borehole facility
• engineering embankment
• electric vehicles

Take a virtual tour of our facilities on the School of Civil Engineering and Geosciences' website.

School of Civil Engineering and Geosciences

Study at Newcastle and you will join our School of Civil Engineering and Geosciences. The School is housed in two purpose designed buildings on the University’s city centre campus: the Cassie Building and the Drummond Building.

All our students have access to an exceptional range of facilities equipped with a wide range of analytical instrumentation supporting our teaching. Take a virtual tour of some of the laboratories.