Our Airbus A330 PW4000 Continuation Training course provides an overview of the airframe, systems, and powerplant in compliance with ATA 104. This self-study course also meets EASA’s Level 1 knowledge requirements as defined in Regulation EU No. 1321/2014, Part 66, Appendix III.

Participants will familiarize themselves with the principal elements of the subject, enabling them to:

• Understand key systems of the aircraft.
• Describe the aircraft’s layout and powerplant using technical terms.
• Identify critical safety precautions and maintenance practices.

This online course requires approximately 40 hours of study, with multiple-choice questions following each ATA chapter. A certificate is awarded upon successful completion.

SYSTEM REQUIREMENTS The course is accessible via PC, laptop, tablet, Android, or iPhone with an active internet connection.

STUDY TIME The course is designed for approximately 40 hours of study. You have 6 months to complete it, with your progress saved automatically. Upon completion, you will have 90 additional days to review the material.

SUPPORT For any assistance during the course, our team is available during regular working hours to help.

WHY USE OUR CONTINUATION COURSES? Our A330 PW4000 Continuation Training course is ideal for engineers and support staff. It offers flexible, in-depth learning that complies with EASA Part 145.A.35 and FAA Regulation 145.163 continuation training requirements.

WHY TRUST US WITH YOUR TRAINING? Developed by experienced EASA and UK CAA B1/B2 engineers and Part 147 Training Managers, this course ensures comprehensive coverage of all relevant ATA chapters.

DETAILED COURSE SYLLABUS

• ZONE AND STATIONS: Reference Axes, Section, and Station Numbers, Zone Presentation.
• SERVICING: Aircraft Handling, Towing, Taxiing, Jacking, and Levelling.
• ATA 31: Indicating/Recording Systems – Cockpit Panels, EFIS, ECAM Architecture.
• ATA 45: Onboard Maintenance System – CMS, Control through MCDU.
• ATA 24: Electrical Power Systems – AC/DC Generation, APU, and Control Systems.
• ATA 34: Navigation System – ADIRS, Weather Radar, EGPWS, TCAS.
• ATA 22: Autoflight System – Flight Guidance, Flight Management.
• ATA 23: Communication Systems – Cockpit, Cabin, and IFES Communications.
• ATA 46: Information Systems – ATIMS, Flysmart, and ALNA.
• ATA 33: Lighting Systems – Cockpit, Cabin, and Exterior Lights.
• ATA 29: Hydraulic Power Systems – Controls and Indications, Maintenance.
• ATA 32: Landing Gear – Extension, Retraction, and Brake Systems.
• ATA 27: Flight Controls – Fly-by-wire, Slat and Flap Systems, Flight Control Laws.
• ATA 51: Structures – Doors, Fuselage, Stabilisers, and Wings.
• ATA 52: Doors Systems – Passenger, Cargo, and Avionics Compartment Doors.
• ATA 25: Equipment & Furnishings – Emergency Equipment, Galley Cooling.
• ATA 35: Oxygen System – Crew and Cabin Oxygen Systems.
• ATA 38: Water and Waste Systems – Potable Water and Vacuum Toilet Systems.
• ATA 28: Fuel Systems – Engine Feed, Refuel/Defuel, Fuel Tank Safety.
• ATA 26: Fire Protection Systems – Engine, APU, and Cargo Smoke Detection.
• ATA 49: APU Systems – Installation, Control, and Indications.
• ATA 71: Powerplant – Modular Concept, FADEC, Thrust Reversers, Oil Systems.
• ATA 36: Pneumatic Systems – Bleed Air Sources, Leak Detection.
• ATA 21: Air Conditioning – Temperature Control, Ventilation.
• ATA 47: Fuel Tank Inerting – System Functions and Maintenance.

This structured syllabus covers all essential areas, ensuring participants gain a deep understanding of the A330 PW4000 systems.