This training is divided in 3 training modules:
- Aircraft Metallic Structure: Manufacturing, Assembly, Inspection, Damage Assessment and Repair
- General Composite Structural Bonded Repair (SAE AIR4938 Part 1)
- Understanding and Interpreting the Structural Repair Manual (SRM), Inspection, Damage Recognition and Assessment
Upon successful completion of this training, the particiapant will be able to:
- Understand aircraft structural components: Participants will gain a solid understanding of the various structural components of fixed-wing aircraft, including the fuselage, wings, empennage, control surfaces, and landing gear.
- Identify structural damage: Participants will learn how to identify different types of structural damage, such as cracks, dents, corrosion, and fatigue, through visual inspections and non-destructive testing techniques.
- Assess structural damage severity: Participants will be trained to assess the severity of structural damage and determine the appropriate repair techniques based on industry guidelines and regulations.
- Perform structural repairs: Participants will acquire hands-on skills in performing structural repairs using various methods, including riveting, composite patching, sheet metal forming, and adhesive bonding. They will learn the proper use of tools and equipment specific to structural repair.
- Understand repair documentation: the participant will learn how to interpret and use repair manuals, service bulletins, and engineering drawings to ensure compliance with aircraft manufacturers' guidelines during the repair process.
- Apply repair techniques: the participant will gain practical experience in applying repair techniques to real-world scenarios, simulating common structural damage encountered in fixed-wing aircraft. They will work on mock-up structures and actual aircraft components to develop their skills.
- Follow safety protocols: Safety is paramount in aircraft maintenance. Participants will be trained on safety procedures, including proper handling of hazardous materials, personal protective equipment usage, and adherence to industry safety standards.
- Conduct quality inspections: the participant will learn how to conduct quality inspections to verify the integrity and effectiveness of completed structural repairs. They will understand the importance of documentation and record-keeping for regulatory compliance.
- Collaborate effectively: The course emphasizes the importance of effective communication and collaboration among team members. Participants will develop skills in working as part of a repair team, coordinating tasks, and maintaining clear and concise communication.
- Stay updated on industry best practices: Participants will be introduced to the latest developments in structural repair techniques, materials, and technologies. They will be encouraged to stay abreast of industry trends and standards to ensure ongoing professional growth.
This course is intended for technicians (about to be) involved with the maintenance and repair of aircraft- and component metal, composite or hybrid structures.
This course brings the best that ACRATS has to offer together in one program. The (future) fixed wing structure technician must have knowledge of the structure of the aircraft and its components, whether they are fully made of metal or composites, or like most aircrafts out there: a bit of both. The participant of this program must also acquire a specific skillset to enable him or her to perform repairs on aircraft structures and components. This program is designed to fulfill those requirements to the fullest.
Furthermore, this program will focus in-depth on working with the technical documentation needed in the process, the most important being; the Structural Repair Manual.