Boeing 767 – General Familiarization With CF6

Description

Last updated on June 16th, 2025 at 03:46 am

Course Overview and Structure

The general familiarization course for the Boeing 767 series with CF6 engines is meticulously crafted to meet the needs of new aviation maintenance technicians (AMTs) engaged in both base and line operations. The structure of this comprehensive training program is rooted in the systems description section outlined in the aircraft maintenance manual, ensuring that participants receive thorough and practical knowledge applicable to real-world scenarios.

This self-paced course is designed to be flexible, allowing participants to engage with the material at their own speed while still providing a structured learning path. It serves as an invaluable resource for AMTs seeking to solidify their understanding of the Boeing 767 series, whether for daily maintenance tasks, in-depth review sessions, or preparation for interviews in the aviation industry. Each segment of the course offers a detailed technical dissection of all aircraft systems, including key aspects such as component location, system operations, maintenance requirements, and interfaces within the cockpit and remote stations.

To facilitate learning, the course is categorized into ATA sections and presented in a PowerPoint-style format that is both engaging and easy to follow. Chapter quizzes are strategically placed at the end of each section to reinforce understanding and allow progression to subsequent parts. This design helps ensure that participants fully grasp each topic before moving on to more complex systems and components.

Successful completion of the course awards participants a serial numbered certificate, a testament to their newly acquired expertise. The course is typically completed in around 40 hours, though the actual time may vary based on an individual’s prior experience and study habits. Importantly, participants are given up to one year from the commencement date to complete the course, accommodating different schedules and allowing for thorough review and mastery of the material.

Learning Outcomes and Additional Benefits

Participants who complete the Boeing 767 Series with CF6 Engines general familiarization course will gain a comprehensive understanding of essential safety precautions and maintenance practices crucial for working with this aircraft. One of the primary learning outcomes includes the ability to proficiently identify and implement safety measures related to the airframe, systems, and powerplant. Knowledge of these safety precautions ensures both individual and team safety while working on the aircraft.

Additionally, participants will develop the expertise to define the general layout of the Boeing 767’s major systems and comprehend the intricate characteristics of the powerplant. This understanding is critical for efficient and effective troubleshooting and maintenance. The course also delves into the specific tooling and test equipment required for maintenance tasks, providing hands-on knowledge that is indispensable for practical application in the field.

Beyond the foundational skills and knowledge imparted, the course offers several additional benefits. Upon successful completion, participants can earn 8 hours of Inspection Authorization (IA) renewal credit through the FAA’s ALC-1134 program. This not only fulfills the annual training requirements for those holding Inspection Authorization but also provides a printable IA certificate available at www.faasafety.gov.

Furthermore, the course qualifies for 40 FAA FAAST AMT (Aviation Maintenance Technician) award points. To receive these points, participants must have an account with the FAAST, emphasizing the course’s alignment with professional development standards within the aviation industry.

Particularly advantageous for training managers, this course presents an economical and efficient self-paced training option. It can be seamlessly integrated into existing training programs, allowing teams to enhance their skills without disrupting their workflows. This flexibility makes it an ideal choice for organizations seeking to maintain high standards of technical proficiency while managing operational demands.