Raviraj Chauhan

• Interpreted engineering drawings, calculated dimensions, and directed fiberglass cutting operations achieving 98% dimensional accuracy across 120 composite components monthly

• Executed wet lay-up fabrication, optimized resin ratios, and supervised layer sequencing increasing structural conformity rates by 22% during audits

• Performed dimensional inspections, analyzed tolerance deviations, and documented findings reducing non-conformance incidents by 18% within quarterly production cycles

• Assembled composite structures using calibrated tooling and aligned subcomponents improving assembly throughput by 25% through corrective adjustments

• Coordinated production scheduling, evaluated inventory metrics, and implemented process controls decreasing material wastage by 15% annually

• Calibrated vacuum bagging systems, regulated curing temperatures, and validated pressure parameters improving laminate consolidation consistency by 19% across batches

• Diagnosed fabrication defects through root cause evaluation and corrective actions decreasing rework frequency by 21% over six months

• Standardized mold preparation procedures and controlled surface treatments increasing bonding reliability and first-pass yield rate by 24%

• Analyzed AIP, NOTAM, and AIRAC amendments delivering 100+ NAVBLUE chart revisions monthly aligned with ICAO regulatory standards

• Generated aerodrome, SID, STAR, and IAC charts using Bentley Microstation V6 improving cartographic precision by 20% across projects

• Conducted quality verification audits resolving 95% discrepancies and strengthening compliance alignment within aeronautical data processing workflows

• Monitored production timelines, allocated analytical tasks, and ensured 100% on-time delivery of aeronautical documentation batches

• Implemented client-specific cartographic modifications improving dataset integration efficiency by 17% across structured aeronautical systems

• Interpreted ICAO publications and incorporated 85+ airspace modifications quarterly into controlled navigation databases maintaining regulatory accuracy

• Performed geospatial coordinate validation and reconciled discrepancies improving positional accuracy margins by 16% within review cycles

• Optimized digital layer structuring and symbology coding reducing chart processing turnaround intervals by 23% annually