Boeing 737-MAX Continuation Training Course with LEAP-1 B Powerplants

The Boeing 737-MAX Continuation Training Course with LEAP-1B powerplants meets a minimum of ATA 104 Specification Level I, offering an overview of the airframe, systems, and powerplant as outlined in the Aircraft Maintenance Manual (AMM). The course also complies with EASA’s knowledge LEVEL 1 definition, ensuring familiarity with the basic elements of the subject, enabling students to describe the subject using typical terms and examples.

This self-paced, online course will take approximately 40 hours to complete. A completion certificate is issued upon passing each ATA chapter quiz.

Course Objectives:

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

SYSTEM REQUIREMENTS
The Boeing 737-MAX Continuation Training Course scales perfectly to PC, laptop, tablet, Android, and iPhone. An internet connection is required.

STUDY TIME
Course completion time varies with the individual. The estimated duration is approximately 40 hours, with 6 months to complete the course and an additional 90 days for review after completion.

SUPPORT
Should you require any assistance during your course, feel free to contact us, and we will assist you during normal working hours.

WHY USE OUR REFRESHER & CONTINUATION COURSES?
This course offers a comprehensive distance learning solution, meeting National Aviation Authority requirements such as EASA’s Part 145.A.35 and the FAA’s Federal Regulation 145.163. It provides detailed knowledge for engineers and support staff.

WHY TRUST US WITH YOUR TRAINING?
Our Boeing 737-MAX Continuation Training Course is developed by EASA and UK CAA B1/B2 Engineers, Type Instructors, and Part 147 Training Managers, ensuring the highest standards in aircraft type knowledge.

DETAILED COURSE SYLLABUS

The Boeing 737-MAX Continuation Training Course with LEAP-1B powerplants begins with an introduction to the aircraft type, followed by each ATA chapter, covering all critical systems to approximately Part 66 Level 1/ATA 104 Level 1.

• ATA 00-12 General – Servicing and maintenance procedures, aircraft zoning, and care during ground operations.
• ATA 21 Air Conditioning System – Overview of the air conditioning and pressurization systems, including the air conditioning packs, avionics cooling, and cabin pressure controls.
• ATA 22 Auto Flight – Description of the autoflight system, including the Flight Management System (FMS), flight director, autopilot, and associated control panels.
• ATA 24 Electrical Systems – AC and DC power generation and distribution systems, emergency power systems, and electrical load management.
• ATA 27 Flight Controls – Description of the Fly-by-Wire flight control system, covering flight control surfaces like the ailerons, elevators, rudder, and their associated actuators and computers.
• ATA 28 Fuel System – Detailed explanation of the fuel system, including storage, transfer, fuel monitoring, and refueling/defueling procedures.
• ATA 29 Hydraulic System – Description of the aircraft’s hydraulic systems, including reservoirs, engine-driven pumps, electric pumps, and actuators.
• ATA 30 Ice and Rain Protection – Anti-ice and de-ice systems for wings, engine inlets, probes, and windshields, including the wiper systems and ice detection sensors.
• ATA 31 Indicating/Recording – Overview of systems like the Electronic Flight Instrument System (EFIS), Engine Indicating and Crew Alerting System (EICAS), flight recorders, and associated data monitoring and recording equipment.
• ATA 32 Landing Gear – Extension and retraction of the landing gear, steering, braking systems, and associated controls and indicators.
• ATA 34 Navigation Systems – Explanation of VOR, GPS, TCAS, DME, and other navigation systems.
• ATA 36 Pneumatic System – Description of the pneumatic system supplying air for engine start, air conditioning, and wing anti-icing systems.
• ATA 49 Auxiliary Power Unit (APU) – The operation and maintenance of the APU, which provides electrical and pneumatic power during ground operations.
• ATA 71 Powerplant (LEAP-1B) – Overview of the LEAP-1B engine, covering engine installation, modular construction, FADEC (Full Authority Digital Engine Control), engine monitoring, thrust reverser systems, and maintenance procedures.
• ATA 72 Engine Fuel & Control – Fuel distribution, control systems, and engine fuel management for the LEAP-1B.