Civil Engineering
What Is It?
Civil Engineering focuses on the design, construction, and maintenance of the infrastructure that supports everyday life. This includes roads, bridges, buildings, water systems, transport networks, and public spaces.
Civil engineers work on some of the most visible and lasting projects in the world - from the bridges you cross every day to the water systems running beneath entire cities.
What makes civil engineering different is that your work shapes how people live, move, and connect - long after the project is finished.
Subfields & Specialisms
Urban Planning & Infrastructure
Designing and shaping the cities and communities people live in - from transport networks and public spaces to housing and utilities.
Architectural Engineering
The bridge between architecture and engineering - designing the structural and technical systems that make buildings safe, functional, and beautiful.
Environmental Engineering
Using civil engineering principles to protect the environment - tackling challenges like water treatment, pollution control, and sustainable infrastructure.
Structural Engineering
Designing and analysing buildings, bridges, tunnels, and other structures to make sure they are safe, stable, and built to last.
Geotechnical Engineering
Understanding the ground beneath our feet - working with soil, rock, and earth to design safe foundations, tunnels, and dams.
Mining Engineering
Focuses on extracting minerals, metals, and resources from the Earth in a safe and efficient way. Focuses on: mine design, extraction methods, blasting, resource evaluation.
Transportation Engineering
Designing the systems that move people and goods - roads, railways, airports, and ports - safely and efficiently.
Water Resources Engineering
Managing and designing systems that control, distribute, and treat water - from flood defences to clean water supply.
Construction Engineering
Managing the planning, design, and delivery of construction projects - making sure complex builds are delivered safely, on time, and on budget.
Urban Planning & Infrastructure
Designing and shaping the cities and communities people live in - from transport networks and public spaces to housing and utilities.
Architectural Engineering
The bridge between architecture and engineering - designing the structural and technical systems that make buildings safe, functional, and beautiful.
Environmental Engineering
Using civil engineering principles to protect the environment - tackling challenges like water treatment, pollution control, and sustainable infrastructure.
Structural Engineering
Designing and analysing buildings, bridges, tunnels, and other structures to make sure they are safe, stable, and built to last.
Geotechnical Engineering
Understanding the ground beneath our feet - working with soil, rock, and earth to design safe foundations, tunnels, and dams.
Mining Engineering
Focuses on extracting minerals, metals, and resources from the Earth in a safe and efficient way. Focuses on: mine design, extraction methods, blasting, resource evaluation.
Transportation Engineering
Designing the systems that move people and goods - roads, railways, airports, and ports - safely and efficiently.
Water Resources Engineering
Managing and designing systems that control, distribute, and treat water - from flood defences to clean water supply.
Construction Engineering
Managing the planning, design, and delivery of construction projects - making sure complex builds are delivered safely, on time, and on budget.
Subfields
Civil Engineer - Designs and oversees the construction of infrastructure and built environments. The foundation of the field.
Structural Engineer - Ensures buildings, bridges, and structures are safe and sound. The people keeping everything standing.
Geotechnical Engineer - Analyses ground conditions to design safe foundations and earthworks. Engineering from the ground up.
Transportation Engineer - Plans and designs transport networks and systems. Getting people and goods where they need to go.
Water Engineer - Designs water supply, drainage, and flood defence systems. Engineering that keeps communities safe.
Environmental Engineer - Develops sustainable infrastructure and environmental protection solutions. Building with the planet in mind.
Site/Construction Engineer - Manages the delivery of construction projects on the ground. Turning designs into reality.
Urban Planner - Shapes the design and development of cities and communities. Engineering at the biggest scale of all.
What you could do
What Do You Need to Study?
You Might Be Interested In:
How cities and infrastructure are built, the environment and sustainability, problem-solving at a large scale, design and how things are constructed.
Core Subjects: Mathematics, Physics, Design & Technology
Helpful Subjects: Geography, Chemistry, Computing
Higher Education:
A degree in Civil Engineering or a related discipline
An optional Master's for specialisms like structural engineering, geotechnical engineering, or water resources
Professional accreditation pathways through engineering bodies depending on your region