At Baykar, a leading force in the National Technology Initiative, we develop domestic and national high-tech Unmanned Aerial Vehicle (UAV) systems and create a global impact with proven platforms. With our end-to-end engineering approach from R&D to production, we continue to undertake projects that push boundaries.

Our Team:

The Safety and Reliability Engineering Team, under the Project Management Unit, consists of expert engineers who conduct analysis and evaluation activities for safety and reliability needs within the scope of aircraft projects carried out within Baykar.

Our team performs safety and reliability analyses at the system and subsystem levels in line with the requirements communicated from the project management processes, evaluates the results from a technical perspective, and reports them to provide input to the projects. These studies include identifying, classifying, and evaluating potential risks according to acceptability criteria, as well as conducting part and system-based failure analyses.

The analysis and evaluation activities are carried out in compliance with relevant certification requirements and standards and are integrated into a holistic structure through collaborations with engineering, quality, and certification teams. This ensures that projects progress in a traceable and sustainable manner, meeting safety and reliability objectives.

Position Objective:

The objective of this position is to systematically identify, analyze, and evaluate safety risks that may arise at the system and subsystem levels in aircraft projects; and to ensure that the findings provide input to project requirements and design decisions.

Within the scope of this position, potential hazards are identified considering operational scenarios and system functions, their effects and probability of occurrence are analyzed, and evaluations are made within the framework of acceptability criteria. The analysis results contribute to the determination, monitoring, and verification of safety and reliability objectives.

Furthermore, this role aims to provide a technical basis for design, verification, and certification activities by ensuring that the outputs of safety and reliability analyses remain consistent, traceable, and up-to-date throughout the project lifecycle.

What Awaits You?

• Creating Safety and Reliability program plans for projects,
• Performing safety assessments and analyses of Unmanned Aerial Vehicle systems (FHA, FTA, PRA, ZSA, CMA, PSSA, SSA in accordance with the SAE ARP4761A guidance document),
• Performing FMEA/FMECA analyses of assigned projects,
• Providing support on redundancy issues in R&D design processes and providing feedback on design alternatives,
• Taking necessary actions to achieve desired targets in line with customer and/or certification requirements,
• Performing part, unit and system-based failure assessments and identifying internal and external factors affecting these failures,
• Performing subsystem and system-based safety and reliability analyses,
• Providing feedback on product lifecycle determination, product improvement, etc. processes using part and system-based reliability data.

General Qualifications:

• Graduated from Industrial, Systems, Mechanical, Electrical-Electronics, Aeronautical, etc. engineering departments of universities,
• Knowledgeable about safety and reliability concepts; preferably with at least 2 years of experience in safety and reliability, aviation and defense industry fields,
• Willing to develop oneself in the field of Safety and Reliability Engineering,
• Proficient in Microsoft Office programs and at least one statistical analysis program,
• Excellent command of English,
• Adept at interdisciplinary teamwork, strong communication skills, solution and results-oriented,
• For male candidates, no military obligation,
• Strong communication, presentation and reporting skills,
• Preferably experienced in fault tracking, analysis, etc. in aviation or high-technology sectors. Has worked in the following areas,
• Preferably has user experience with Safety and Reliability software tools (Windchill, Medini, etc.),
• Preferably has knowledge of CS-25, STANAG, SAE ARP4761A, SAE ARP4754B, MIL STD882E, EMAAC standard or guideline documents,
• Preferably has knowledge of Unmanned Aerial Vehicles or Aviation Engines,
• Preferably has knowledge of safety, special engineering and/or certification requirements and rationales.

Additional Qualifications That May Be a Preferred Reason:

• Experience working in fault tracking, analysis, etc. in aviation or high-technology sectors,
• Experience using safety and reliability software tools (Windchill, Medini, etc.),
• Knowledge of CS-25, STANAG, SAE ARP4761A, SAE ARP4754B, MIL STD882E, EMAAC standard or guideline documents,
• Knowledge of Unmanned Aerial Vehicles or Aviation Engines,
• Knowledge of safety, specialized engineering and/or certification requirements and rationales.