Abdullah Hafidz Gazali

Oct 2024 - Dec 2025: Life Time Supply Engineering Jan 2026 - Present : Regional Technical Support (Vision System & Camera Technology) Department and title updated in 2026 to better reflect the actual responsibilities and scope of work. - Own end-to-end responsibility for availability, optimization, and continuous improvement of camera-based production systems. - Act as worldwide lead technical expert for camera technology and robot-vision systems within highly automated automotive production. - Drive commissioning, parameterization, change implementation, maintenance, and lifetime support of production equipment. - Resolve complex system issues and production disruptions through advanced fault analysis and corrective actions. - Support global rollout of new camera technologies and automation standards across production plants. - Deliver and standardize technical training while ensuring sustainable knowledge transfer to operational team in various factories.

- Designed and implemented machine vision systems for automated assembly and end-of-line inspection systems. - Developed and maintained vision software using C#, HALCON, and proprietary vision frameworks. - Specified and integrated industrial cameras, optics, lighting, and image acquisition hardware. - Executed optical inspections for interior and ambient automotive components. - Led commissioning, production handover, and long-term operational support of vision systems. - Worked cross-functionally with project management, electrical, mechanical, and design teams. - Provided customer documentation, training, and on-site technical support.

- Developed an automated optical crack detection system for component test benches as part of a Bachelor’s Thesis. -Engineered prototype image processing applications and performed rigorous validation to ensure detection accuracy. -Conducted market research and vendor evaluations to source optimal vision hardware and software components.

- Supported failure analysis of force‑controlled clutch components by conducting static measurements, axial vibration tests, and strain‑gauge‑based force evaluations. - Improved component reliability by testing and validating new design concepts based on data‑driven insights from test rigs and laboratory investigations. - Delivered actionable findings through systematic test execution, calibration, and evaluation of load behavior across individual parts and full clutch assemblies. - Enhanced material assessment accuracy by performing microscopic inspections to identify crack initiation and surface‑quality issues.