Nassim Chreide

Lead engineering and production operations for industrial bakery machinery and automated production lines. Produce over 200 fabrication-ready mechanical drawings per month, ensuring seamless CNC and shop-floor integration. Specialized in advanced sheet metal design including frames, conveyors, and welded assemblies. Design and optimize lathe-manufactured components including shafts, rollers, couplings, bushings, and rotating mechanical elements. Improved production throughput by 25% through workflow redesign and material flow optimization. Reduced downtime by 15% by implementing structured preventive maintenance programs. Developed and standardized SOPs across departments, reducing production errors by 20%. Established KPI systems to monitor efficiency, output, and quality performance. Supervised technicians and engineers while coordinating between engineering, planning, purchasing, and QC.

Reduced design errors by 30% by implementing structured drawing review and revision control systems. Accelerated sheet metal design time by 30% using advanced SolidWorks features (configurations, sheet metal tools, weldments). Improved CNC drawing standards, cutting machining rework by 25%. Designed lathe-compatible precision components considering tolerances, fits, and manufacturability. Structured full documentation system for drawings, BOMs, and revision tracking. Applied root cause analysis to eliminate recurring mechanical and fabrication issues.

Programmed and operated CNC plasma machines for accurate sheet metal part production. Designed 100+ custom sheet metal components using AutoCAD and SolidWorks. Prepared and maintained BOMs to ensure alignment between engineering, purchasing, and production. Optimized material storage and tracking system, reducing retrieval time by 30%. Provided direct technical support to fabrication teams to ensure drawing clarity and manufacturing precision.