Ontario College Certificate in Aircraft Structural Repair Technician in London Canada | Fanshawe College

The Aircraft Structural Repair Technician program immerses students in the dynamic field of aviation maintenance. Participants will acquire skills in repairing, refurbishing, and altering commercial aircraft. This one-year Ontario College Certificate equips graduates for roles in maintenance, repair, and overhaul facilities. The practical, project-focused training covers material and component assembly, fabrication, manufacturing, and repair techniques while meeting stringent aviation safety standards. As a Transport Canada-approved curriculum (TC-2019-09-4268), successful students can apply 10 months toward obtaining an Aircraft Maintenance Engineer (AME) License, Category S. Graduates will be ready for employment with both domestic and international aircraft service providers. Career Pathways Fanshawe's Transport Canada-certified program (TC-2019-09-4268) provides graduates with 10 months' credit toward an AME "S" license. Alumni find opportunities with organizations specializing in aircraft maintenance, repair, and overhaul across Canada and globally. Did you know Fanshawe maintains strong graduate employment statistics compared to other major Ontario colleges? Sample career paths for program graduates include: Robotics and Automation Specialist Troubleshoot and resolve operational issues to optimize robotic system performance in production environments. Airframe/Engine or Avionics Apprentice Service diverse aircraft fleets including light planes, helicopters, jet aircraft, and amphibious vehicles. Aircraft Maintenance Professional Perform critical pre-flight inspections and maintenance to ensure crew and passenger safety through meticulous attention to detail. Program Competencies Execute both minor and extensive maintenance, fabrication, and structural repairs on various aircraft types using specialized tools; Identify issues in metallic/composite structures and components by analyzing technical documentation and safety standards; Implement airworthiness directives, service bulletins, and engineering modifications; Disassemble and reconstruct airframes for repair purposes; Assess structural conditions to prevent additional damage during maintenance; Create detailed damage reports, repair plans, and technical sketches; Apply modern composite and sheet metal fabrication methods; Calculate weight distribution for proper aircraft operation; Follow technical manuals, schematics, and digital resources when performing maintenance tasks; Document all inspections, repairs, and certifications according to industry regulations.