Aircraft Propeller Development Engineer
こうくうきようプロペラかいはつぎじゅつしゃ
Industry & Occupation
Classification
Summary
Specialized technical position responsible for the design and development of propellers used for aircraft propulsion, from prototyping, evaluation, to mass production transition.
Description
Aircraft Propeller Development Engineers are specialists who perform shape design using CAD, aerodynamic analysis using CFD, performance evaluation through materials mechanics and vibration analysis, and lead to productization via prototype fabrication, wind tunnel testing, and flight testing. Collaborating with airframe design and engine development departments, they advance design and development that balances lightweighting, efficiency improvements, and durability. They are required to incorporate the latest composite materials and manufacturing technologies to contribute to environmental regulations and enhanced fuel performance.
Future Outlook
With improvements in aircraft fuel efficiency and strengthening of environmental regulations, demand for high-efficiency and lightweighting technologies is expanding. Applications to drones and electric aircraft are also progressing, and highly specialized propeller engineers will continue to be needed.
Personality Traits
Has curiosity and a sense of inquiry / Has logical thinking / Is meticulous and methodical
Work Style
Domestic and International Travel / Experiment Collaboration / Project Team / Research and Development
Career Path
Junior Propeller Design Engineer → Senior Design Engineer → Project Leader → Department Manager → Head of Technical Division
Required Skills
Aerodynamics / CAD / CFD Analysis / Mechanics of Materials / Strength Calculation / Vibration Analysis
Recommended Skills
3D Printer / Measurement Instrument Operation / Project Management / Reading English Technical Documents / Test Plan Development
Aptitudes (Strengths Preferred)
| Item | Description |
|---|---|
| Analytical & Logical Thinking | Because it requires logical analysis of complex physical phenomena such as aerodynamics and vibrations. |
| Attention to Detail & Accuracy | Because minute shape differences or errors significantly impact performance. |
| Creativity & Ideation | Because creativity is required to optimize performance through ideation of new materials and shapes. |
| Learning Agility & Knowledge Acquisition | Because it is necessary to continuously acquire the latest technologies such as new materials and analysis methods. |
| Numerical & Quantitative Analysis | Because quantitative analysis such as numerical analysis, strength calculations, and optimization computations occurs frequently. |
| Problem Solving | Because the ability to solve design challenges based on test and analysis results is necessary. |
Aptitudes (Weaknesses Acceptable)
| Item | Description |
|---|---|
| Physical Stamina & Endurance | Mainly desk work and analysis tasks, with little heavy labor. |
Related Qualifications
- CAD Utilization Engineer Examination
- Professional Engineer (Aerospace Department)
- Professional Engineer (Mechanical Department)
Aliases
- Aviation Propeller Development Engineer
- Propeller Design Engineer
Related Jobs
- Aircraft Engine Design Engineer
- Aircraft Structure Design Engineer
- Propulsion System Development Engineer