Aircraft Development Engineer
こうくうきかいかいはつぎじゅつしゃ
Industry & Occupation
Classification
Summary
A technical role that consistently handles everything from aircraft design and analysis to prototyping, evaluation, and certification, pursuing safety and performance.
Description
Aircraft development engineers handle the entire development process, from conceptual design and detailed design to structural and aerodynamic analysis, prototype fabrication, field testing, and certification procedures. They make full use of analysis tools such as CAD, CFD, and FEM to perform optimization aimed at weight reduction, improved fuel efficiency, and enhanced safety. Specialized knowledge in airframe structures, material selection, and system integration is required, and ensuring compliance with aviation laws and international certification standards (FAA/EASA/JCAB) is also an important responsibility. High levels of expertise, teamwork, and problem-solving skills are required to collaborate across multiple departments in introducing and evaluating innovative technologies.
Future Outlook
With intensifying global competition in the aircraft industry and stricter environmental regulations, the demand for developing fuel efficiency improvements, new materials, and electrification technologies will continue to rise steadily. Additionally, the growth of space vehicles and drone markets is expected to expand the need for highly specialized personnel.
Personality Traits
Has curiosity or an inquisitive mind / Has logical thinking / Has perseverance / Is cautious
Work Style
Career Path
Design Staff → Senior Engineer → Lead Engineer / Team Leader → Department Manager → Technical Department Manager
Required Skills
Aircraft Certification Standards / CAD / CFD Analysis / Data Analysis / Mechanics of Materials / Structural Analysis
Recommended Skills
Project Management / Reading English Technical Documents / Systems Engineering / Wind Tunnel Testing Operations
Aptitudes (Strengths Preferred)
| Item | Description |
|---|---|
| Analytical & Logical Thinking | Because it requires theoretically analyzing complex design requirements and optimizing them. |
| Attention to Detail & Accuracy | Because minute design errors directly impact safety. |
| Learning Agility & Knowledge Acquisition | Because adaptation to new materials, cutting-edge technologies, and regulations is required. |
| Numerical & Quantitative Analysis | Because complex numerical simulations and analyses are conducted. |
| Problem Solving | Because it is necessary to solve challenges arising from analysis and testing to balance safety and performance. |
Aptitudes (Weaknesses Acceptable)
| Item | Description |
|---|---|
| Physical Stamina & Endurance | Primarily desk work and analysis tasks, with little heavy labor. |
Related Qualifications
- CAD Utilization Engineer Examination
- Professional Engineer (Mechanical Department)
Aliases
- Aircraft Design Engineer
- Aircraft Engineer
- Aviation Engineer
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