MELTEM TURK

• Coordinated large-scale robotic automation projects for automotive manufacturing clients, acting as a technical liaison between engineering teams and customers.
• Provided technical troubleshooting and operational support for robotic production systems and automation technologies.
• Analyzed system performance issues with engineering teams, supporting resolution of technical problems during system integration and testing phases.
• Diagnosed system malfunctions and coordinated corrective actions with software and automation engineers.
• Monitored automation system simulations and testing environments, validating performance and ensuring compliance with technical requirements.
• Prepared technical documentation including testing procedures, system validation reports, and risk assessments.
• Facilitated weekly technical review meetings with client engineering and production teams to address operational issues and project progress.

Key Achievements

• Delivered a major robotic automation project on schedule while maintaining strict technical and quality requirements.
• Implemented an automated robotic cell replacing multiple manual processes, reducing labor requirements by 80%.
• Increased production capacity by 30% through system optimization and automation integration.
• Reduced defect rates by 30% by supporting automated quality inspection processes.

• Developed and optimized CNC machining processes for high-precision automotive and aerospace components.
• Analyzed production processes to identify inefficiencies, enhancing manufacturing workflows.
• Troubleshot production issues by analyzing machining errors and determining root causes of defects.
• Prepared quality and risk documentation including FMEA, PPAP, and APQP to support product quality assurance.
• Collaborated with design and manufacturing teams to enhance tooling and fixture designs.

Key Achievements

• Increased manufacturing efficiency by 40% through process optimization initiatives.
• Improved fixture design enabling double component capacity per production cycle.
• Reduced production defects by 30% through improved process monitoring and documentation.