The Airbus A320 CEO V2500 & PW6000 Continuation Training Course provides a comprehensive overview of the airframe, systems, and powerplant, in compliance with EASA’s knowledge LEVEL 1 standards as per EU Regulation No. 1321/2014, Part 66, Appendix III. This self-paced online course is designed to familiarize participants with the key elements of the aircraft, enabling them to describe systems using common terminology and apply technical terms effectively.

This course will take approximately 40 hours to complete. Students must pass a multiple-choice quiz at the end of each ATA chapter before progressing to the next. A certificate is issued upon successful completion of the course.

Course Objectives:

Upon completion of the course, the student will be able to:

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

SYSTEM REQUIREMENTS

Our courses are fully compatible with PCs, laptops, tablets, and mobile devices (Android and iPhone). An active internet connection is required to access and complete the course.

STUDY TIME

Estimated study time is approximately 40 hours. Students have up to 6 months to complete the course, with progress saved automatically. Upon completion, students will have an additional 90 days to review the material.

SUPPORT

For any questions or assistance during the course, you can reach out to us during normal working hours. We’re here to help you succeed in your training.

WHY USE OUR REFRESHER & CONTINUATION COURSES?

Our online Airbus A320 V2500 & PW6000 Continuation Training Course offers engineers and company support staff an in-depth understanding of the aircraft through a flexible distance-learning platform. It helps maintenance companies comply with National Aviation Authority requirements, such as EASA’s Part 145.A.35 and the FAA’s Federal Regulation 145.163. This course is perfect for maintaining regulatory compliance while ensuring that your team stays updated on the latest aircraft-specific knowledge.

WHY TRUST US WITH YOUR TRAINING?

Our Airbus A320 V2500 & PW6000 Continuation Training Course is designed and developed by experienced EASA and UK CAA B1/B2 Engineers, Type Instructors, and Part 147 Training Managers. Each ATA chapter is covered in detail to ensure compliance with regulatory standards and provide comprehensive knowledge of the aircraft systems.

DETAILED COURSE SYLLABUS

ATA 00-12: GENERAL – Servicing of Aircraft

• Overview of aircraft dimensions, reference axes, and servicing procedures, including jacking, leveling, towing, and parking procedures. Safety measures for engine dangerous areas are included.

ATA 31: INDICATING/RECORDING SYSTEM – Electronic Instrument System

• Covers ECAM, Electronic Instrument System (EIS), System Data Acquisition Concentrators (SDACs), Display Management Computers (DMCs), and Flight Recorders. Details on maintenance and test facilities for these systems.

ATA 24: ELECTRICAL SYSTEMS – AC/DC Power Generation

• Normal, abnormal, and emergency generation, including AC/DC power distribution, component locations, and maintenance facilities. This chapter covers power generation by engine-driven generators, batteries, and emergency power systems.

ATA 34: ADIRS AND STANDBY INSTRUMENTS

• Comprehensive details on the Air Data/Inertial Reference System (ADIRS), including ADIRUs, standby instruments, GPS, and dependent navigation systems (e.g., VOR, ILS, DME). Maintenance and test procedures are covered.

ATA 22: AUTOFLIGHT SYSTEM

• Flight management and guidance systems, including autopilot, autothrottle, and flight director systems. Covers panel location, system controls, and fault isolation/detection.

ATA 46: AIR TRAFFIC INFORMATION MANAGEMENT SYSTEM

• Overview of Air Traffic Control (ATC) systems, Traffic Alert and Collision Avoidance System (TCAS), and radar systems. Includes system architecture and control/indication details.

ATA 23: COMMUNICATION SYSTEMS

• Detailed look at VHF, HF, SATCOM, Service Interphone, Cockpit Voice Recorders (SSCVR), and Passenger Address (PA) systems. Examines communication tuning and control, as well as maintenance and test protocols.

ATA 33: LIGHTING SYSTEM – Interior and Exterior Lighting

• Aircraft lighting, including cockpit, cabin, and cargo lighting, emergency lighting, and exterior systems. Covers system layout, control, and maintenance.

ATA 51: STRUCTURES

• Structure design and maintenance, including fuselage, wings, pylons, stabilizers, and windows. Discusses composite material applications and maintenance facilities.

ATA 29: HYDRAULIC POWER SYSTEM – Green, Yellow & Blue Systems

• Hydraulic systems layout and operation, covering reservoirs, engine-driven pumps (EDP), electric pumps, and the Power Transfer Unit (PTU). Includes fire shut-off valves and Ram Air Turbine (RAT) procedures.

ATA 32: LANDING GEAR SYSTEM – Extension, Retraction, and Braking

• Extension, retraction, and normal/alternate braking systems, including nosewheel steering and brake temperature monitoring systems. Covers maintenance and test facilities.

ATA 27: FLYING CONTROLS – Fly-By-Wire Principles

• Detailed explanation of flight control surfaces, including slats, flaps, and spoilers, along with control laws, fly-by-wire system architecture, and mechanical backup. Maintenance and test facilities are also included.

ATA 52: DOORS SYSTEM

• Operation and maintenance of aircraft doors, including passenger, cargo, and emergency exits. Includes escape slide deployment and system control details.

ATA 25: EQUIPMENT AND FURNISHINGS

• Detailed coverage of cockpit and cabin furnishings, emergency equipment, lavatories, and galleys. Includes equipment cooling systems and maintenance protocols.

ATA 35: OXYGEN SYSTEMS

• Crew and passenger oxygen systems, including portable oxygen units, control systems, and maintenance requirements.

ATA 38: WATER AND WASTE SYSTEMS

• Potable water systems, waste management, and vacuum toilet systems. Maintenance and control indications for these systems.

ATA 28: FUEL SYSTEM

• Covers fuel storage, transfer, refuel/defuel operations, and fuel tank safety. Component location, control indications, and maintenance procedures are thoroughly explained.

ATA 26: FIRE PROTECTION SYSTEMS

• Fire protection systems for engines, APU, avionics, and cargo compartments. Includes smoke detection and fire extinguishing systems, along with lavatory fire protection.

ATA 49: APU SYSTEM

• Details on APU installation, engine operations, and control systems. Maintenance and testing of the APU are also covered.

ATA 71: POWERPLANT – V2500 & PW6000 Engines

• Covers the installation, operation, and maintenance of the powerplant, including FADEC control, fuel systems, thrust reversers, and ignition systems. Also includes procedures for oil systems, cooling, and preservation.

ATA 36: PNEUMATIC SYSTEM

• Pneumatic systems layout, including air distribution, leak detection, and maintenance.

ATA 21: AIR CONDITIONING SYSTEM

• Air distribution and pressurization systems, including temperature regulation, avionics cooling, and cargo heating/ventilation. Discusses maintenance and test facilities.

ATA 30: ICE AND RAIN PROTECTION

• Systems for wing, engine air intake, and windshield anti-icing. Includes probe ice protection and rain removal systems, along with maintenance protocols.