Ediz Ciloglu
Process Engineer @Weiss-Aug
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WORK HISTORY
Process Engineer @Weiss-Aug
NJ, US
Lead development, validation, and optimization of thermoplastic and insert molding processes for high precision automotive, medical, and electronics components, using scientific molding methodologies to define stable processing windows and ensure repeatable, compliant production.• Drive advanced continuous improvement initiatives through Statistical Process Control (SPC) and Design of Experiments (DOE), improving cycle times, machine utilization, and throughput across multiple high-volume production lines while reducing process variability.• Perform in-depth root cause analysis and corrective actions to resolve complex molding defects including warpage, sink, flash, short shots, and dimensional instability, significantly reducing scrap rates and improving yield.• Implement automation and robotics solutions, including EOAT development, to improve cycle consistency, part handling accuracy, and overall equipment effectiveness in fully automated molding cells.• Author, execute, and maintain comprehensive technical documentation including process setup sheets, SOPs, work instructions, and validation documentation in support of customer audits and regulatory requirements.• Develop and deliver technical training for molding personel on scientific molding, process validation, defect troubleshooting, and best practices, increasing internal capability and reducing dependency on external support.• Obtained and evaluated quotes for injection molding and auxiliary equipment upgrades to improve productivity, process reliability, and workplace safety.• Serve as a key technical resource for production support, troubleshooting, and continuous improvement initiatives, contributing directly to operational reliability and customer satisfaction.
EDUCATION
Arkansas State University
Master of Science - MS, Engineering Management
Manisa Celal Bayar Üniversitesi
Bachelor's degree, Mechanical Engineering
Atlantic International University
Master of Science - MS, Renewable Energy
ABOUT EDIZ CILOGLU
Results-driven Mechanical Engineer and Six Sigma Black Belt with deep expertise in injection molding, process optimization, and manufacturing systems across automotive, medical, and electronics industries. Proven ability to bridge hands-on technical execution with data-driven decision-making to deliver stable, repeatable, and high-performance manufacturing processes.Currently at Weiss-Aug Co. Inc, I lead process development, optimization, and continuous improvement initiatives for high-precision thermoplastic and insert molding operations. By applying scientific molding principles, SPC, and DOE, I establish robust processing windows, reduce variability, improve cycle times, and enhance throughput while meeting strict customer and regulatory requirements.Previously, as lead engineer at Suensa, I directed end-to-end process optimization and consulting projects, supporting manufacturers with scientific molding, automation, robotics integration, material selection, and quality systems. My work consistently improved productivity, reduced scrap, and strengthened long-term process stability through data-driven strategies and strong technical documentation.At Humanscale, I spearheaded the establishment of an in-house injection molding department, resolving complex aesthetic and dimensional challenges while implementing automation, robotics, EOAT solutions, and regrind programs that delivered measurable gains in efficiency, sustainability, and cost reduction. Regular OEE, KPI, and SPC reporting enabled continuous improvement and executive-level decision-making.Earlier in my career, I supported automated manufacturing systems at Delphi Automotive and provided field service, process, startup, and troubleshooting support for injection molding machines at Japan Steel Works America, gaining broad exposure to machine controls, processing, and customer-facing technical problem solving.Detail-oriented, hands-on, and highly analytical, I thrive in fast-paced manufacturing environments where process stability, quality, and efficiency are critical. I am motivated by complex challenges and committed to driving sustainable improvements through disciplined engineering, strong documentation, and continuous improvement.
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