1. Aerodynamics:
The study of the behaviour of air and other gases in motion is crucial for aircraft and spacecraft design.
2. Structural Analysis:
Techniques for analyzing and designing the structural components of aerospace vehicles.
3. Propulsion Systems:
Understanding and designing engines and propulsion systems for aircraft and rockets.
4. Flight Mechanics:
Principles governing the motion and control of aircraft and spacecraft.
5. Aircraft and Spacecraft Design:
The process of designing and optimizing aerospace vehicles for performance, efficiency, and safety.
6. Aircraft Systems and Avionics:
The systems and electronics that control aircraft and spacecraft functions.
2. Aircraft Design Engineer:
Focuses on designing and optimizing the performance and safety of aircraft.
3. Spacecraft Engineer:
Specializes in the design and development of spacecraft for missions such as satellite deployment and planetary exploration.
4. Propulsion Engineer:
Works on the design and improvement of propulsion systems for aerospace vehicles.
5. Avionics Engineer:
Focuses on the development of electronics and control systems for aircraft and spacecraft.
6. Flight Test Engineer:
Conducts tests and evaluations to ensure the safety and performance of aerospace vehicles.
7. Research and Development Engineer:
Engages in research and innovation to advance aerospace technology.
2. Aircraft Design Engineer:
Focuses on the design and optimization of aircraft performance and safety.
3. Spacecraft Engineer:
Specializes in spacecraft design for various missions.
4. Propulsion Engineer:
Works on propulsion system design and development.
5. Avionics Engineer:
Develops electronics and control systems for aerospace vehicles.
6. Flight Test Engineer:
Conducts tests to ensure vehicle safety and performance.
1. Entry-Level Aerospace Engineer: ?400,000 to ?800,000 per year
2. Aircraft Design Engineer: ?500,000 to ?1,200,000 per year
3. Spacecraft Engineer: ?500,000 to ?1,000,000 per year
4. Propulsion Engineer: ?500,000 to ?1,200,000 per year