Civil engineering

Single Honours 

• Civil engineering 

• Structural engineering 

• Earth systems  

• Transportation engineering 

• Water engineering 

Joint Honours 

• Civil engineering and Architecture  

• Civil engineering with Business 

• Civil engineering and Computer science  

• Civil engineering and Management  

SOURCE: COMMON DEGREE TITLES FROM WHATUNI

Alternative options 

• Foundation years A foundation year can be a good option for individuals who fall short of the entry requirements for their civil engineering degree. Additionally, it can aid in improving English language proficiency. 

• Sandwich degrees Extending the duration of your undergraduate degree by an additional year provides an excellent opportunity for you to gain work experience prior to graduation, or to take the opportunity to yourself in different cultures through a study abroad program. 

• Integrated Master’s By prolonging your undergraduate education with an integrated Master's degree, you can attain a postgraduate qualification at relatively low expense. Typically, these programs extend the duration of your studies by one year. 

• Degree apprenticeships Earning a wage while acquiring new skills through a degree apprenticeships. These programs typically last between three and six years, during which your employer covers your tuition fees. 

SOURCE: WHATUNI

Civil engineering requires a strong basis in STEM subjects, and you’ll need three A-levels (or equivalent) with maths and physics often required for entry. More competitive courses can ask for quite high A-level grades, however there are also plenty of courses with lower entry grades. General studies and critical thinking are usually not accepted. 

Civil engineering is an extremely varied field and encompasses a broad spectrum of specialist disciplines. Civil engineers work with everything from physical construction materials to earthworks and foundation design, water engineering, pollution control, sustainability, traffic flow, urban design and much more. All of which require a strong fundamental education, covering core concepts. 

Some of these specialisms include: 

• Earthquake engineering Focuses on mitigating seismic risks by designing structures resilient to earthquakes. Engineers analyse ground motion, structural feedback responses, and soil behaviour to develop safer buildings and infrastructure, saving lives and minimising damage during seismic events. 

• Geographic information systems (GIS) GIS integrates spatial data to analyse and visualise geographic phenomena. Engineers use GIS for urban planning, environmental management, and infrastructure development, facilitating informed decision-making and efficient resource allocation.  

• Advanced materials This field explores innovative new materials for the construction industry, enhancing durability, sustainability, and performance of civil engineering projects. Engineers develop high-strength concrete, self-healing materials and nanocomposites, revolutionising infrastructure design for improved resilience and longevity.  

• Risk and reliability engineering Risk engineers assess uncertainties in civil engineering projects to minimise failures and optimise performance. They employ probabilistic models and reliability-based design methods to quantify risks, ensure public safety, and minimise economic losses.  

• Hydroinformatics This specialism involves the application of computational methods to water resources management, integrating hydrology, hydraulics, and information technology. Engineers develop models and decision-support systems for flood forecasting, water quality management, and watershed planning, enabling sustainable water resource management and environmental protection. 

• Structural analysis 

• Transportation engineering 

• Water Resources engineering 

• Construction management 

• Concrete technology 

• Surveying and geomatics 

• Hydrology and hydraulics 

• Sustainable design 

• Coastal engineering 

• Bridge design 

Studying civil engineering at university provides a comprehensive understanding of the principles and practices underlying the design, construction, and maintenance of large-scale infrastructure.

You can expect to learn about structural analysis and design, materials and technology of the construction industry, project management and planning, and a wide range of other specialised skills relating to civil engineering.

You’ll learn key principles of maths, physics, and mechanics, and will perform laboratory work, design work, and become able to use computational models to assess and analyse data. 

Through field trips and practical projects, you'll be able to apply theoretical concepts to real-world engineering challenges, preparing you for your future career by imparting a range of transferrable skills which can apply to a wide variety of workplaces.  

These skills include: 

• Advanced quantitive skills 

• Teamwork 

• Data modelling skills 

• Organisational skills 

In the United Kingdom, civil engineering programs are accredited by professional bodies to ensure they meet rigorous industry standards. One of the main accreditation bodies is the Institution of Civil Engineers (ICE), which sets the benchmark for excellence in civil engineering education and ensures that academic programs equip students with the necessary skills and knowledge for successful careers in the field.  

ICE accreditation provides assurance to employers and the public that graduates possess the competence and professionalism required to tackle complex engineering challenges responsibly and ethically. 

If you’re considering studying civil engineering then it might be worth having a think about which aspects of the course you’re most attracted to and see whether there are any alternative degrees which may also be of interest to you.  

These may include: 

• Physics 

• Mathematics 

• Architecture 

• Industrial engineering 

• Mechanical engineering 

• Urban planning 

A civil engineering degree is a strong degree, which often carries partial professional accreditation, making it useful for opening doors to a variety of career opportunities in infrastructure, construction, and urban development.

You’ll readily be able to apply for positions in engineering design, planning, research, and construction, as well as areas such as sustainability, health and safety, quality control. There are many areas to specialise in, and many ways which your career can contribute to improving the quality of life of communities all over the world. 

Possible career pathways include: 

• Civil engineer 

• Structural engineer 

• Transportation planner 

• Geotechnical engineer 

• Environmental analyst 

• Water resources engineer 

• Construction manager 

• Urban planning consultant 

• Coastal engineer 

These are just a few of the most common job roles. You'll find plenty of other options available to you, and you can also continue your studies by completing a postgraduate degree in civil engineering or a related subject.