Civil Engineering Career Test

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Civil engineering is one of those fields where the work is everywhere but the engineers behind it are invisible. Every road you drive on, every bridge you cross, and every building that stands safely through a storm is the result of decisions made long before anyone arrived on site. The field stretches from the mathematics of how a structure carries weight, to the science of what lies beneath the ground, to the planning of how entire communities are laid out and connected. Some civil engineers spend their days in front of screens modeling flood risk or designing drainage systems, others manage teams on active construction sites, and others sit in planning offices shaping the future of towns and cities.

If any part of that range feels like where you belong, this test will take less than 5 minutes to point you in the right direction.

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Disclaimer: Before you start the test, please consider the following: the test results are provided to you for the purpose of discovering your interests, your likes and dislikes and contemplating on what you may want to do in the future. Our tests are not psychological tests, nor do they indicate that you excel in a certain field of interest. Our tests do not amount to professional career advice. Our terms of use contain a disclaimer.

1
Design flood defenses to protect homes and businesses.
2
Shape how land in a town or city is used and developed.
3
Assess planning applications to shape how a town or city grows.
4
Design road surfaces for different weather conditions.
5
Review road designs for safety before construction.
6
Digitally test how a structure will behave before it is built.
7
Assess the environmental impact of a new construction project.
8
Talk to local communities about plans for new development.
9
Protect local wildlife during infrastructure projects.
10
Choose materials for beams, columns, and foundations.
11
Design foundations to suit the ground conditions.
12
Build and manage 3D digital models of engineering projects.
13
Plan the drainage systems needed for new roads and buildings.
14
Test how a structure holds up under different forces using software.
15
Assess the risk of soil shifting or a slope collapsing.
16
Sign off that completed construction meets the required standard.
17
Design streets, services, and public spaces in a new area.
18
Analyze soil and rock samples from underground.
19
Investigate the ground conditions at a building site.
20
Map out how traffic moves through a road junction or network.
21
Plan road layouts that keep traffic moving safely.
22
Check engineering plans meet official building safety rules.
23
Oversee construction of roads, bridges, and buildings on site.
24
Solve engineering problems that come up on a construction site.
25
Clean up land that has been contaminated by pollution.
26
Measure and reduce the carbon footprint of a project.
27
Calculate flood risk for a site or area of land.
28
Spot where different systems clash inside a digital project model.
29
Keep engineering project data accurate and shared across all teams.
30
Check that construction work matches the original design plans.
31
Simulate how water moves through a system of drains and pipes.
32
Calculate the forces and weight a structure must safely support.
Please answer all highlighted questions.

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