Boeing 767 PW4000 Continuation Training Course

Our Boeing 767 PW4000 Continuation Training course aligns with ATA 104 Specification Level I: General Familiarization, offering a concise overview of the airframe, systems, and powerplant as detailed in the Aircraft Maintenance Manual.

The course adheres to EASA’s Level 1 knowledge standards per Regulation EU No. 1321/2014, Part 66, Appendix III. It aims to familiarize students with essential aircraft elements, ensuring they can: (a) recognize the fundamental aspects of the subject, (b) describe the subject using clear, simple language, and (c) apply typical terminology when discussing systems.

This self-study course requires approximately 40 hours to complete. Students must pass a quiz at the end of each ATA chapter to proceed to the next one, and a certificate is awarded upon successful completion.

Course Objectives
Upon completion, students will be able to:

• Identify safety precautions related to the airframe, systems, and powerplant.
• Recognize key maintenance practices for the airframe, systems, and powerplant.
• Understand the general layout of the aircraft’s major systems.
• Define the characteristics of the powerplant.
• Identify special tooling and test equipment associated with the aircraft.

System Requirements
The course is compatible with PCs, laptops, tablets, and smartphones (Android/iPhone). An internet connection is required for access.

Study Time
Completion time is estimated at approximately 40 hours. Students have 6 months to finish the course, with progress saved for convenience. After completion, an additional 90 days is provided for reviewing course material.

Support
For any assistance during the course, please contact us during normal working hours.

Why trust us with your training?
Our Boeing 767 PW4000 Continuation Training course is designed and produced by experienced EASA and UK CAA B1/B2 Engineers, Type Instructors, and Part 147 Training Managers, ensuring comprehensive coverage of all relevant ATA chapters.

Why use our refresher and continuation courses?
Our online course serves as an excellent training solution for engineers and support staff, meeting National Aviation Authority continuation training requirements, including EASA Part 145.A.35 and FAA Regulation 145.163.

Boeing 767 with PW4000 Powerplant Technical Refresher Course

About
The Boeing 767 with PW4000 Powerplant Technical Refresher and Continuation Course meets ATA 104 Specification Level I, offering an overview of the airframe, systems, and powerplant as outlined in the Aircraft Maintenance Manual.

This self-study online course takes approximately 40 hours. Students must pass a quiz at the end of each ATA chapter before unlocking the next. A completion certificate is issued upon successful course completion.

Course objectives
Upon completion, students will be able to:

• Identify safety precautions related to the airframe, systems, and powerplant.
• Recognize important maintenance practices.
• Define the general layout of the aircraft’s major systems.
• Understand the layout and characteristics of the powerplant.
• Identify special tooling and test equipment used with the aircraft.

The course also meets EASA’s Level 1 definition as outlined in Regulation EU No. 1321/2014, Part 66, Appendix III Basic Knowledge Requirements, ensuring students can: (a) Identify basic elements of the subject.
(b) Describe the subject using common words and examples.
(c) Utilize typical terminology in system descriptions.

Detailed Course Syllabus
The Boeing 767 PW4000 Refresher and Continuation Course begins with an aircraft type introduction and covers each ATA chapter to a minimum of ATA 104 Level I and Part 66 Level I:

• ATA 00-12: Lifting and shoring, levelling and weighing, towing and taxiing, parking, mooring, and servicing.
• ATA 21: Air conditioning, including cooling, temperature control, distribution, heating, and pressurization.
• ATA 22: Autoflight, covering digital flight control systems, yaw damper systems, and autothrottle.
• ATA 23: Communications, including speech communication systems, HF/VHF systems, and emergency locator transmitters.
• ATA 24: Electrical systems, addressing AC/DC generation, standby power, and external power.
• ATA 25: Equipment and furnishings, covering cabin accommodations and emergency equipment.
• ATA 26: Fire protection, including engine fire detection and extinguishing systems.
• ATA 27: Flight controls, detailing primary and secondary flight control systems.
• ATA 28: Fuel systems, including fuel storage and engine fuel feed.
• ATA 29: Hydraulic power, focusing on hydraulic system distribution and indicators.
• ATA 30: Ice and rain protection, detailing anti-ice systems and windshield heating.
• ATA 31: Indicating and recording systems, including flight data recorders and EICAS.
• ATA 32: Landing gear, covering gear extension, brakes, and steering.
• ATA 33: Lights, including interior and exterior lighting systems.
• ATA 34: Navigation systems, detailing EFIS, GPS, and weather radar.
• ATA 35: Oxygen systems for crew and passengers.
• ATA 36: Pneumatics, including engine and APU air supply.
• ATA 38: Water and waste systems, covering potable water and waste disposal.
• ATA 49: Auxiliary power systems, including APU operation and controls.
• ATA 52: Doors, addressing passenger entry and cargo doors.
• ATA 71-80: Powerplant, covering the fuel control, thrust reversers, and ignition systems.

This comprehensive training ensures students are well-equipped with the knowledge necessary for maintenance and operational safety in the Boeing 767 with PW4000 engines.