top of page

ADVANCED COMPOSITE AEROSTRUCTURE
REPAIR

 

ADVANCED COMPOSITE AEROSTRUCTURE REPAIR - Level 2
OVERVIEW

Cost: Contact for pricing

 

Schedule: Contact us

 

Duration:

5 Days:     Mon-Fri (typically)                       8am-4pm

 

Number of students:

                  6 max

 

Prerequisite:

Level 1 - Advanced Composite Aerostructures

or Equivalent Experience

​

Location:

Customer Facility or Compositech Training Location

​​​

Required Equipment:

  • Closed toed shoes

  • Long pants/long sleeves or personal disposable chemical resistant painters coveralls/apron (can be purchased from Compositech if notified in advance)

  • Approved Respirator if you own one. If not you will be supplied a dust mask. 

Advanced Aerostructures Repair (Regulatory & AMO/MRO-Aligned)

 

This course is designed to develop the knowledge and practical competencies required to perform structural composite repairs in accordance with Canadian aviation regulatory requirements and industry-recognized aerospace standards.

Training is aligned with expectations established by regulatory agencies (Transport Canada, FAA,EASA) and reflects the procedures, documentation, and quality standards used within AMO/MRO operations.

Participants will build advanced capability in composite structural repair, focusing on inspection, damage assessment, and execution of repairs using approved maintenance data in a controlled training environment.

 

What You Will Learn

 

Theoretical Foundations (Regulatory & AMO/MRO-Aligned)

  • Understand composite structure design concepts from a maintenance and structural repair perspective

  • Identify and apply approved composite repair materials in accordance with manufacturer specifications and AMO/MRO procedures

  • Perform damage assessment using standard inspection techniques consistent with manufacturer specifications

  • Interpret and apply Structural Repair Manual (SRM) and Aircraft Maintenance Manual (AMM) requirements

  • Apply approved methods for damage removal, surface preparation, and repair layout

  • Select, inspect, and control tooling used in composite repair processes

  • Understand vacuum bagging principles, including leak checks, process verification, and cure cycle control

  • Apply lab environment housekeeping, contamination control and material handling procedures

  • Understand environmental controls (temperature, humidity) and their effect on repair integrity

  • Apply safety and handling practices consistent with WHMIS and aerospace standards

 

Hands-On Practical Training

  • Execute a structural composite repair using carbon fiber materials, Nomex honeycomb core, foaming adhesive, and film adhesive in accordance with approved repair practices

  • Design, assemble, and verify a vacuum bagging system suitable for elevated cure cycles and complex geometries

  • Complete a full repair process from damage assessment through to final cure, including inspection and documentation steps

 

Upon Completion, You Will:

  • Demonstrate working knowledge of composite structural repair aligned with regulatory, manufacturer and AMO/MRO expectations

  • Be able to interpret and follow approved maintenance data (SRM/AMM/CMM)

  • Possess entry-level practical competency in structural composite repair within a controlled environment

  • Understand quality assurance, traceability, and documentation requirements for composite repairs

  • Be prepared to progress to aircraft-specific advanced structural repair proficiency

  • Receive a Certificate of Completion documenting training achieved

 

Equipment Requirements

 

Provided by Compositech:
Basic safety equipment including dust mask, safety glasses, and disposable gloves

 

Required from Participants:
Disposable painter’s coveralls or chemical-resistant apron
Fit-tested personal respirator (required for participation)

 

Training Approach

 

Training is delivered in a structured environment that emphasizes:

  • Strict adherence to approved maintenance data and regulatory requirements

  • Safe work practices aligned with Canadian aviation standards

  • Process control, documentation, and traceability

  • Precision, repeatability, and professional workmanship

  • Development of maintenance judgement consistent with AMO operational environments

bottom of page