Urgent
Aircraft structure analysis and design engineer
川崎重工業株式会社
- TOEIC
- Fluid dynamics
- Vibration analysis
- materials
- FEM
- Aeronautical engineering
- Structure
- Composite material analysis
- Material mechanics
- Composite material mechanics
-
¥4,500,000 - 10,500,000
-
Gifu, Aichi
-
Over 10,000
Company Info
Kawasaki Heavy Industries is a global business that develops a wide range of businesses such as aerospace, energy-related businesses, engineering businesses, railway rolling stock businesses, shipbuilding businesses, and various wide-ranging businesses. With a history of over 120 years and rich technology and know-how, we have developed world-first and Japan-first technologies, and expanded our global business as a comprehensive transportation machinery maker.Job Summary
We will be responsible for the analysis, design, and testing of aircraft structures. Specifically, we will conduct design verification and evaluation of structural characteristics related to vibration, and apply aerodynamic force characteristics to structural design verification and evaluation, and conduct analysis and design of equipment that is affected by air and external disturbances. In addition, we will conduct analysis and design verification of composite material structures, and conduct evaluation of the destruction of composite material structures.Duties
We will be responsible for the analysis, design, and testing of aircraft structures. ~ Specifically ~ ~ Design verification and evaluation of structural characteristics related to vibration, and application of aerodynamic force characteristics to structural design verification and evaluation. ~ Equipment affected by air and external disturbances (such as antenna and sensor types) will be used for aerodynamic force and vibration analysis and design verification. ~ Sound and vibration prevention design verification and evaluation. ~ Causes and analysis of various vibrations/noises, vibration analysis/testing, etc. ~ ~ Design verification of composite material structures, evaluation of destruction of composite material structures. ~ Design of composite material structures (in cases where the bonding strength is high, or in cases where a specific structural design is effective, etc.) ~ Analysis and evaluation based on FEM, etc. ~ Design verification based on the manufacturing method of composite materials, design verification, reflection on design.Login to see all information about offers.
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