Suraj Rajasingh

• Supported quality, compliance, planning, and technical services activities for Airbus A320 Family, Boeing 737 NG, ATR 42/72, Boeing Business Jet (BBJ), P8-I, Jaguar, and Mirage aircraft programs within a DGCA and EASA-approved Part 145 organization.

• Participated in internal, customer, and regulatory audits supporting compliance with EASA Part 145, Part 147, DGCA requirements, customer quality standards, and approved maintenance organization procedures.

• Coordinated with suppliers, subcontractors, OEMs, procurement teams, stores, engineering, quality, and production organizations to support aircraft maintenance and component repair activities while ensuring compliance with technical, contractual, and regulatory requirements.

• Managed supplier and subcontractor repair coordination through Repair Orders (RO) and Service Orders (SO), ensuring technical documentation, quality records, and compliance requirements were satisfied prior to release.

• Reviewed Airworthiness Directives (AD), Service Bulletins (SB), Service Letters (SL), Engineering Orders (EO), OEM manuals, and maintenance program requirements to ensure compliance with regulatory and customer requirements.

• Prepared Engineering Instructions (EI), repair task cards, component work orders, and technical documentation supporting quality-controlled maintenance execution and traceability.

• Supported EASA Form 1 release activities and documentation review processes for component maintenance operations.

• Supported investigation of maintenance, supplier, and process-related discrepancies through documentation review, root cause analysis, corrective action activities, and compliance verification.

• Authored business requirement specifications and workflow logic supporting TITAN ERP enhancements, improving documentation traceability, contract compliance, billing controls, and operational visibility across maintenance programs.

• Conducted detailed technical reviews of maintenance work scopes, repair requirements, tooling, consumables, and capability assessments supporting planning, quality assurance, and supplier engagement activities.

• Served as primary coordinator for Boeing Business Jet maintenance programs supporting Indian Air Force operations, ensuring alignment between customer requirements, quality standards, technical execution, and contractual obligations.

• Supported cross-functional collaboration with Hindustan Aeronautics Limited (HAL), OEMs, defense stakeholders, suppliers, and customers during technical evaluations, inspections, and capability assessments.

• Managed Aircraft-on-Ground (AOG) support activities requiring rapid coordination with suppliers, engineering, production, quality, and customer stakeholders to support on-time aircraft return to service.

• Gained operational exposure at a Part 139 certified commercial service airport operating within an FAA-regulated environment.

• Contributed to Safety Management System (SMS) development and implementation activities supporting airport operational safety and regulatory compliance.

• Assisted with airfield inspections, hazard identification, safety reporting, compliance monitoring, and operational risk management activities.

• Supported development of FAA-aligned Safety Management System (SMS) documentation, safety reporting tools, risk assessment processes, and internal safety audit materials for a Part 139 commercial service airport.

• Developed Safety Management System (SMS) manuals for aviation organizations by translating regulatory requirements into structured procedures, reporting mechanisms, responsibilities, and compliance documentation.

• Developed SMS documentation for both airport operations and maintenance organization environments, supporting hazard identification, risk management, safety assurance, and continuous improvement initiatives.

• Participated in Root Cause Analysis investigations and structured problem-solving activities supporting operational and maintenance-related improvements.

• Completed MIT STAMP Workshop and applied STAMP, STPA, and CAST methodologies to aviation safety analyses and accident investigation projects.