Aerospace Engineer

What this career is about

What you will study

Typical learning areas across these routes; the institution’s syllabus defines the exact content.

• Fluid mechanics and aerodynamics
• Thermodynamics and propulsion
• Structures and engineering materials
• Dynamics, stability and control
• Numerical methods, simulation and systems integration
• Engineering experiments and research methods

Professional requirements and qualifications

• Meet the institution’s Mathematics, Physics, Chemistry and language requirements.

• Build analytical and programming skills alongside laboratory and project experience.

• Check professional recognition and the prerequisites for any intended postgraduate or specialised aerospace route.

Career opportunities

• Engineering analysis and technical support
• Testing, simulation and systems work
• Manufacturing or unmanned-aircraft development
• Research and further study in specialist aerospace fields

Graduates may develop into specialist analysts, systems engineers, researchers or technical managers. Some specialist opportunities require relocation or further qualifications.

These are possible pathways, not promises of employment. Employers assess qualifications, competence and experience.