Engineering
Applied physics and mathematics for building things that must not fail.
Engineering covers civil, mechanical, electrical, chemical and mechatronic branches. All share a core of mathematics, physics and design, then specialise. It is a strong choice for maths and physics students who prefer tangible outcomes.
Who this course suits
- Students strong in mathematics and physics
- People who like designing, testing and improving physical systems
- Anyone interested in energy, infrastructure or manufacturing
What you actually study
- Engineering mathematics, mechanics and thermodynamics
- Materials, circuits or structures depending on branch
- Computer-aided design and simulation
- Capstone design projects and industrial attachment
How long it takes
4–5 years, often followed by professional registration.
Helpful school subjects
Mathematics, Physics, Chemistry, Technical Drawing
Where this course leads
Civil Engineer
Plan and deliver the roads, water systems and buildings people rely on.
Future demand for civil engineersRenewable Energy Technician
Install, maintain and optimise solar, wind and storage systems.
Future demand for renewable energy techniciansSoftware Engineer
Design, build and maintain software systems used by real people.
Future demand for software engineersThings to consider first
- Choose the branch deliberately — the day-to-day work differs enormously.
- Professional licensing usually requires supervised post-graduation experience.
Related course guides
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