On Site Coordinator

Job Summary

We are seeking an experienced Onsite Coordinator – Engineering Changes & Investigation to support commercial aircraft programs at an onsite engineering and production facility. This role acts as a technical focal point for engineering changes, investigations, production support, and in‑service issue resolution. The ideal candidate will have strong hands‑on experience in aircraft design, installation, investigations, and rapid engineering support in a quick‑paced aerospace environment.

• Bachelor’s degree in Aeronautical Engineering or Mechanical Engineering
• Master’s degree is an added advantage
• 8–15 years of overall experience in aircraft design, investigation, or engineering support

• Minimum 4+ years of strong hands‑on experience in aircraft design, installation, investigation, or feasibility
• Experience working across multiple commercial aircraft programs
• Proven ability to work in onsite and offshore delivery models
• Experience acting as a core team member and mentor for junior engineers
• Ability to provide quick production support, quality checks, and troubleshooting
• Knowledge of aircraft systems such as ATA 21 (Air Conditioning), ATA 30 (Ice & Rain Protection), ATA 36 (Pneumatic Systems)
• Familiarity with SAP‑based production and manufacturing systems

• Act as Technical Focal Point for engineering modifications and change requests
• Manage end‑to‑end Request for Change (RFC) and Program Change Request (PCR) activities
• Evaluate feasibility, design impact, safety, certification, cost, and implementation risks
• Coordinate with design, production, quality, and program teams for change implementation

• Provide troubleshooting support to Final Assembly Line (FAL) and production teams
• Conduct root cause analysis for production and in‑service issues
• Analyze operational and in‑service data to identify technical causes and corrective actions
• Cascade RCA outcomes to engineering and quality teams

• Provide urgent onsite engineering support for Aircraft on Ground (AOG) and critical issues
• Assess damage scenarios and define repair solutions using SRM and stress justifications
• Support in‑service investigations and long‑term reliability improvements
• Perform technical analysis to support quality and investigation activities

• Perform design quality checks and ensure engineering compliance
• Support Quality Incident Management (QIM) and quality exchange activities
• Cascade information from Golden Rules and governance meetings
• Manage engineering checklists, lessons learned, and documentation
• Drive continuous improvement initiatives
• Provide part or full support to dedicated quality check teams
• Support structured knowledge management and best‑practice sharing

• MS Office:
  Word, Excel, Power Point
• Design & PLM Tools: CATIA V5, VPM, PDMLink / PASS SSI
• Enterprise & Engineering Tools: SAP, eRoom, DAAS, Data Link, Zamiz, 3D JUMP, Normaster

• Customer Centricity:
  Consistently delivers high‑quality engineering support
• Decision Making:
  Analyzes complex technical information to solve problems
• Teamwork &
  
  Collaboration:
  
  Works effectively across global and cross‑functional teams
• Relationship Management:
  Maintains strong professional relationships with stakeholders
• Execution Excellence:
  Plans, executes, and improves engineering processes
• Drive for Results:
  Demonstrates urgency, accountability, and commitment to goals