Mechanical Engineering Career Test

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Mechanical engineering is one of those disciplines that most people picture as one thing, someone in a workshop fixing an engine or drawing a machine part, but the reality is far broader than that. One engineer might spend their day figuring out why a component cracked under pressure, another is writing the code that makes a robot arm move precisely, and another is working out which material will survive the heat inside a jet engine for twenty years without failing. From the systems that keep industrial plants running to the design of products people use every day, mechanical engineering touches almost everything in the physical world. Take a few minutes to find out which part of it fits the way you think.

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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
Program the systems that control how a machine moves.
2
Plan how products will be made in a factory setting.
3
Build hydraulic systems that move force from one place.
4
Examine failed components to understand why they broke.
5
Use monitoring data to spot equipment failures early.
6
Design mechanical products and machines from scratch.
7
Use software to predict where a component might fail.
8
Add sensors to machines so they can detect and respond.
9
Map how fluids move and behave through a system.
10
Assess how much load a structure or component can take.
11
Diagnose why mechanical equipment fails while in use.
12
Test physical parts to verify they perform under load.
13
Select tools and equipment for production processes.
14
Make and test prototypes to prove a design works.
15
Choose the right materials for mechanical components.
16
Keep mechanical systems operating reliably over time.
17
Calculate flow rates and pressure in pipework systems.
18
Build tools that hold parts firmly during machining.
19
Control the flow of liquids and gases through systems.
20
Build detailed engineering drawings using CAD software.
21
Sequence how components are shaped and put together.
22
Highlight weak points in a design before it is built.
23
Improve how efficiently engines use heat energy.
24
Study how heat moves and turns into useful energy.
25
Design systems that convert heat into useful power.
26
Make robots that can sense the world and respond to it.
27
Check that a robot completes its tasks without errors.
28
Recommend coatings that make components last longer.
29
Predict how temperature changes affect system output.
30
Plan maintenance schedules to prevent breakdowns.
31
Put materials through tests for heat, stress, and wear.
32
Refine a design based on testing and user feedback.
Please answer all highlighted questions.

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