GENERAL FEATURES
• Universities, Mechanical, Manufacturing, Mechatronics, Aircraft and Space Engineering etc. Graduated from related departments
• Has knowledge of mechanical vibrations, mechanical system design and analysis
• Has knowledge of mechanism design and machine dynamics
• At least 1 year of experience in the design of hydraulic systems
• Part design in 2 dimensions and 3 dimensions, geometric dimensioning and tolerance determination
• Have knowledge of materials and manufacturing methods
• He took an active part in teamwork and a technical project
• Able to work in coordination with other teams related to areas of responsibility
• Analytical thinking, result; focused
• Preferably with CATIA design program experience
• At least 1 year of experience in dynamic modeling, structural and aerodynamic analysis programs
• Knowledge of basic aerodynamics
• Knowledge of basic stability and control
• With technical English proficiency
• We are looking for teammates who are not related to military service for at least 2 years
JOB DESCRIPTION
Project dynamics and active business segment; The following assignments will be made taking into account the requirements;
• To perform system design, necessary analysis, calculations and integration activities on the landing gear system, including subsystems such as the braking system, steering system
• Performing preliminary design and reporting of requirements
• Landing gear positioning, actuator sizing, braking system sizing, tire selection, etc. performing relevant calculations, designs and analysis
• Realizing the kinematic concepts of nose gear, main landing gear and landing gear covers in the CATIA environment
• Performing system modeling and simulation activities
• Preparing dynamic models for ground loads, nose and main landing gear link loads
• Dynamic taxi analysis, (including braking and ground tests at the time of landing)
• To provide landing gear system design integration and validation
• Reporting and describing the technical characteristics of the landing gear system and equipment
• Performing system design, necessary analysis, calculations and integration activities on control surface systems
• Control surfaces actuate selection, positioning, sizing, etc. performing relevant calculations, designs and analysis
• Developing system design requirements and verification methods in accordance with relevant standards
• Developing system architecture and managing functional testing activities
• Defining system and equipment test requirements and analyzing test results
• Performing system and equipment integration activities