Birimimiz

Air vehicles developed at Baykar are designed with advanced engineering approaches and brought to life through production and integration processes that require high precision.

The successful manufacturing of a product depends not only on the design meeting technical requirements, but also on production and assembly operations being easy, repeatable, reliable, and sustainable.

Our team operating within this scope is positioned as a structure that analyzes technical problems arising during production and integration, determines the root causes of these problems, and, when necessary, executes technical improvements in product design, production methods, and operational workflows alongside design teams.

Pozisyonun Amacı

To systematically analyze technical problems encountered in production and integration processes and permanently eliminate these problems not merely through operational solutions, but, when necessary, at the product design and production method level.

In this scope, it is aimed to:

• Identify technical problems experienced in production and assembly operations,
• Analyze the root causes of problems,
• Determine design-rooted production and assembly challenges,
• Develop required design changes together with design teams,
• Evaluate alternative production and assembly methods,
• Develop new methods, appliances, fixtures, and equipment to facilitate operations,
• Make the production process faster, more reliable, repeatable, and error-free.

This role aims to build a technical bridge between design and production, ensuring that problems encountered in the field are fed back into design and process, executing necessary technical modifications, and continuously improving the product's manufacturing process.

Seni Neler Bekliyor?

• On-site examination and analysis of technical problems encountered in production and integration operations,
• Determination of root causes of production problems and development of permanent solution methods,
• Identification of production and assembly problems caused by design,
• Evaluation of design elements such as part geometry, tolerances, joint/connection methods, accessibility, and assembly sequence from a manufacturing perspective,
• Evaluation of problems arising during production together with design teams,
• Conducting technical studies aimed at modifying part and assembly designs to facilitate production where necessary,
• Analyzing the impact of design changes on the production process,
• Analyzing existing production methods to develop easier, faster, and more reliable alternative methods,
• Determining new production and assembly methods to simplify operations and reduce the risk of error,
• Identifying and developing needs for fixtures, jigs/appliances, tooling, and special equipment where necessary,
• Carrying out studies aimed at reducing assembly sequence, number of operations, and processing time,
• Developing process solutions that reduce operator dependency and the likelihood of error,
• Carrying out standardization and simplification studies at the part and assembly level,
• Evaluating the impact of tolerance and assembly precision on the production process,
• Analyzing recurring problems during production and permanently eliminating them at the design or process level,
• Evaluating the applicability of new production technologies and methods to existing processes,
• Determining required design and process changes for the integration of robotics and automation applications into processes,
• Developing technical solutions jointly with design, production, quality, and integration teams,
• Tracking the impact of implemented design and process changes on production performance,
• Conducting continuous improvement activities aimed at making production operations easier, more reliable, faster, and repeatable.

Genel Nitelikler

• Graduated from Mechanical, Manufacturing, Mechatronics, or related engineering departments of universities,
• Knowledgeable about production, assembly, integration, or product development processes,
• Technical understanding of mechanical systems and manufacturing methods,
• Able to read technical drawings and CAD models,
• Able to evaluate the relationship between design and production,
• Able to analyze root causes of technical problems,
• Strong analytical thinking and problem-solving skills,
• Able to develop alternative solutions and production methods,
• Able to provide technical coordination with design, production, and quality teams,
• Knowledge of technical English.

Tercih Nedeni Olabilecek Ek Nitelikler

• Experience in aviation, automotive, or high-precision manufacturing environments,
• Knowledge of DFM/DFA principles,
• Experienced in evaluating production and assembly processes from a design perspective,
• Experienced in the design of fixtures, jigs, tooling, and production equipment,
• Knowledgeable about tolerance analysis and assembly precisions,
• Knowledgeable about lean manufacturing and continuous improvement methodologies,
• Experienced in root cause analysis, 5 Why, 8D, and similar problem-solving methods,
• Knowledgeable about robotic manufacturing systems and automation applications,
• Interested in new production technologies and process development methods,
• Proficient in using CAD software.