Birimimiz

Our Engine Technologies Department develops advanced engine technologies and carries out design, materials, manufacturing, quality, and testing processes through an integrated approach.

Pozisyonun Amacı

The purpose of this role is to design mechanical components of turbofan engine systems in line with operating conditions and system requirements; to model them in a 3D CAD environment; to transfer designs to production in accordance with GD&T (ASME) standards; and to manage the design process in coordination with relevant disciplines.

Seni Neler Bekliyor?

• Taking responsibility for the design of mechanical subsystems of turbofan engines,

• Conducting conceptual and detailed design activities for fuel, lubrication, hydromechanical control, and power transmission systems,

• Working on gear manufacturing methods, precision gear tolerances, advanced lubrication and fluid systems, gear testing, gear bearing systems, engagement of rotating systems, spline design, and gear modifications,

• Making design decisions by considering mechanical and thermal loads acting on components,

• Ensuring design validation by incorporating analysis results as design inputs,

• Performing improvement and optimization activities for relevant systems and components,

• Developing manufacturable designs compatible with production methods,

• Ensuring concurrent evaluation of designs with manufacturing, quality, testing, and assembly teams,

• Participating in product tree and assembly structure activities,

• Conducting technical evaluation processes with suppliers and performing compliance and interface checks.

Genel Nitelikler

• Bachelor’s degree in Mechanical Engineering, Aeronautical Engineering, Mechatronics Engineering, or Aerospace Engineering,

• Proficiency in part and assembly design using 3D CAD software,

• Knowledge of Geometric Dimensioning and Tolerancing (GD&T – ASME),

• Engineering background in structural and thermal behavior of mechanical systems,

• Awareness of integrating analysis outputs into the design process,

• Knowledge of mechanical design and manufacturability principles in aviation or engine systems,

• Strong analytical thinking and systematic problem-solving skills,

• Well-developed 3D thinking ability,

• Attention to detail and ability to work with high accuracy,

• Strong communication skills and teamwork orientation,

• Ability to adapt to a fast-paced work environment and a results-oriented mindset,

• Open to innovation and motivated for continuous development,

• Ability to work interactively across teams,

• Proficiency in technical English (reading and writing),

• Residing in or able to reside in Istanbul,

• For male candidates, no military obligation for at least 1 year.
 

Candidates are expected to complete their applications by selecting one of the three engineering tracks listed below, based on their interests and competencies.

Turbofan Mechanical Design Engineering

• Considering dynamic requirements of rotor systems,

• Strength characteristics of structural and static systems,

• Kinematic behavior of moving components,

• Thermal and structural characteristics of hot-section components;

We are looking for team members who can perform overall mechanical design of turbofan engines and manage processes from design to assembly.

Gear Systems Design Engineering

• Designing gearboxes in line with project technical requirements, modeling gears, designing bearings for support systems, and taking responsibility for subsystem design,

• Determining gear quality levels and performing precision tolerancing,

• Performing performance analyses, static and dynamic strength analyses, and life/fatigue analyses of gear systems in compliance with standards,

• Finalizing gear designs by considering lubrication calculations, gearbox vibration, and environmental effects.

Engine Accessories Design Engineering

• Taking part in the design of hydromechanical components such as pumps, valves, actuators, and fuel metering units,

• Working on engineering problems encountered in electrohydromechanical and similar components at micro (wear, lubrication, cavitation, sealing issues, etc.) and macro (performance losses, system integration, reliability, etc.) levels.

Tercih Nedeni Olabilecek Ek Nitelikler

• Knowledge of aviation standards (e.g., MIL-STD, FAA, SAE),

• Experience with CATIA software,

• Knowledge of manufacturing methods (machining, casting, welding, additive manufacturing, etc.) and familiarity with design processes,

• Knowledge of basic engineering analysis tools (e.g., MATLAB/Simulink, FEA/CFD tools),

• Master’s or PhD degree,

• Preferably at least 1 year of work or project experience in similar roles is considered an asset.