Aircraft Composite Structure: Inspection, Fabrication, Damage Assessment and Repair, Level 3

  • Course ID
    ATS2078
  • Duration
    5 days
  • Calendar 2025

Meets DOT/FAA AR-08/54 and SAE AIR 5719 Standards

Aircraft Composite Structure: Inspection, Fabrication, Damage Assessment and Repair, Level 3

Mastering Complexity: Elevate Your Expertise in Advanced Composite Excellence

Prepare for the next destination in your aircraft maintenance career with our Level 3 composite course. Crafted for seasoned technicians, this program unravels the intricacies of Source Documentation Deciphering, delves into the essence of Composite Structures, and explores the finesse of Repair Categorization. Participants not only conquer Aircraft-Specific Repair Material Requirements and Structural Design Considerations but also navigate Repair Selection Considerations with strategic skill, embrace Resin Infusion Techniques fundamental to advanced composite processes, demonstrate proficiency in Heat Transfer and Cure Cycle Management, unravel the secrets of Protective Coatings and Finishes, engage in the art of Mold Making, and solidify their skills through hands-on practical exercises with industry experts.

Start your advanced composite journey today. Enroll in Level 3 composite training and take the next step in mastering aircraft maintenance.

This course includes

  • 35.5 Practical Hours
  • 4.5 Theoretical Hours
  • Theoretical Assignments
  • Practical Assessments
  • Personal Protection Equipment
  • Access to the ACRATS E-learning
  • Task Logbook
  • Certificate of Achievement

Training Calendar 2025

  • ▪️ 27 January until 31 January 2025

  • ▪️ 10 March until 14 March 2025

  • ▪️ 21 April until 25 April 2025

  • ▪️ 02 June until 06 June 2025

  • ▪️ 14 July until 18 July 2025

  • ▪️ 25 August until 29 August 2025

  • ▪️ 13 October until 17 October 2025

  • ▪️ 24 November until 28 November 2025

Learning Objectives And Topics

Learning objectives are to be achieved through the following modules:

1.      Source documents review;

2.      Composite structure classification and repair categories;

3.      Aircraft-specific repair material requirements;

4.      Structural design considerations;

5.      Repair selection considerations;

6.      Resin infusion techniques;

7.      Heat transfer and cure cycle management;

8.      Protective coatings and finishes;

9.      Mold making;

10.  Hands-on practical exercises.

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