GBP
£375.00
The Boeing 787 GNex Continuation Training course meets ATA 104 Specification Level I and EASA Level 1 standards, providing a comprehensive overview of the aircraft’s airframe, systems, and powerplant. This self-paced online course takes approximately 40 hours to complete, with quizzes at the end of each chapter. Participants will gain essential knowledge and skills, receiving a completion certificate upon successful finishing.
Our Boeing 787 GNex & RR Trent General Familiarisation course meets ATA 104 Specification Level I standards and complies with EASA’s knowledge LEVEL 1 definition as outlined in Regulation EU No. 1321/2014, Part 66, Appendix III. This self-study online course provides a comprehensive overview of the aircraft, including the airframe, systems, and powerplant as detailed in the Aircraft Maintenance Manual.
The course aims to:
Upon completion of this 40-hour course, participants will be able to:
Our courses are designed to scale perfectly across all devices, including PCs, laptops, tablets, Android, and iPhone. An internet connection is required for access.
The estimated course completion time is 40 hours. Participants have 6 months to complete the course after enrollment and can pause and resume at any time, with progress saved. After completion, an additional 90 days is available for course review.
For any assistance during the course, our support team is available during regular working hours to provide help.
This course provides an excellent solution for training engineers and company support staff, offering in-depth knowledge of the Boeing 787 GNex & RR Trent with the flexibility of distance learning. It is designed to meet National Aviation Authority continuation training requirements, such as EASA Part 145.A.35 and FAA Regulation 145.163.
The Boeing 787 GNex & RR Trent General Familiarisation course is developed by EASA and UK CAA B1/B2 Engineers, Type instructors, and Part 147 Training Managers. The course covers all relevant ATA chapters and ensures a high standard of training.
The Boeing 787 GNex & RR Trent General Familiarisation course begins with an aircraft type introduction and covers each ATA chapter to approximately Part 66 Level 1:
This section provides an overview of the Boeing 787’s development history, highlighting its innovative technologies and design philosophies. Participants will learn about the aircraft’s key characteristics, such as its fuel-efficient engines, composite materials, and advanced aerodynamics. Understanding these features lays the groundwork for appreciating how they impact the overall performance and maintenance of the aircraft.
The air conditioning chapter covers the aircraft’s environmental control systems, detailing the various components that manage cabin temperature and air quality. Participants will explore the main air distribution pathways, including how air is conditioned and circulated within the passenger cabin and cockpit. The operation of the recirculation system, which reduces energy consumption by reusing cabin air, will also be discussed, along with the heating and cooling systems that ensure a comfortable environment during flight.
This section introduces the autoflight systems of the Boeing 787, detailing the autopilot and flight director functionalities that enhance flight safety and efficiency. Participants will learn about the various modes of operation, including altitude hold, approach, and autoland, which are critical for automated landings. The chapter will also cover the thrust management systems, ensuring that students understand how the aircraft optimizes engine performance throughout different phases of flight.
In this chapter, the focus will be on the communication systems that facilitate reliable contact between the flight crew and air traffic control. The VHF and HF radio systems will be explored, along with satellite communications that enable long-distance communication over oceans and remote areas. The course will also cover the Emergency Locator Transmitter (ELT) system, emphasizing its importance in ensuring safety during emergencies.
This section outlines the electrical power generation and distribution systems within the Boeing 787. Participants will gain insight into the various power sources, including the APU and engine-driven generators, and how they provide electrical power to critical aircraft systems. The chapter will detail the power distribution network, including both AC and DC systems, and cover emergency power provisions to maintain essential operations in case of primary power failure.
The equipment and furnishings chapter discusses the design and function of the passenger compartment, galley, and lavatories. Participants will learn about the layout of standard and comfort seating configurations, as well as the systems in place for medical services. Emphasis will be placed on safety equipment, such as emergency locator transmitters and evacuation systems, ensuring that students understand their locations and functionalities.
This section covers the fire protection systems in place within the Boeing 787. Participants will learn about the various fire detection methods used, including smoke detectors and heat sensors located in critical areas. The course will also address the fire extinguishing systems, detailing how they are activated and the types of agents used, ensuring that engineers are familiar with emergency protocols.
In this chapter, participants will explore the integrated flight control systems that enable the aircraft to respond accurately to pilot inputs. The role of primary flight control surfaces, including ailerons, elevators, and rudders, will be discussed, alongside secondary systems such as spoilers and speed brakes. This section aims to provide a thorough understanding of how flight control systems contribute to overall aircraft stability and performance.
This section focuses on the complex fuel systems of the Boeing 787. Participants will learn about fuel storage, distribution, and management, including the mechanisms for pressure refueling and defueling operations. The importance of fuel quantity indication and management systems will also be emphasized, highlighting their critical role in flight planning and safety.
The hydraulic power chapter covers the hydraulic systems that operate various aircraft components, including landing gear and flight control surfaces. Participants will explore the different hydraulic circuits, their components, and their functions. The course will also address system monitoring and maintenance practices to ensure reliable hydraulic operation.
This section provides an overview of the ice and rain protection systems that prevent ice formation on critical surfaces and ensure visibility during adverse weather. Participants will learn about the engine anti-ice systems, wing ice protection measures, and the functioning of the windshield heating systems. Emphasis will be placed on operational procedures during icy conditions.
The indicating and recording systems chapter introduces participants to the various displays and systems used to monitor aircraft performance. This includes the Engine Indicating and Crew Alerting System (EICAS), which provides critical data to the flight crew. The importance of maintenance pages and their role in troubleshooting will also be covered.
This section discusses the landing gear systems, including their operation, maintenance, and inspection procedures. Participants will learn about the components of the landing gear, the mechanisms for extension and retraction, and the importance of proximity sensing systems for safe operation.
The lighting systems chapter covers the various internal and external lighting components of the Boeing 787. Participants will learn about cockpit lighting, emergency lights, and position lights, focusing on their roles in ensuring safe operations during night and low-visibility conditions.
In this section, participants will explore the aircraft’s navigation systems, including the Air Data Reference System and GPS. The functionality of various navigation aids, such as the Integrated Navigation Radio System, will be discussed to ensure engineers understand how to operate and maintain these systems.
This chapter focuses on the crew and passenger oxygen systems, detailing their components and operation. Participants will learn about the deployment mechanisms for oxygen masks and the importance of these systems in ensuring passenger safety during emergencies.
The water and waste systems chapter discusses the potable water system, lavatory systems, and waste disposal processes within the aircraft. Participants will gain an understanding of how these systems function and are maintained to ensure passenger comfort and hygiene.
This section introduces participants to the Central Maintenance Computing Function and onboard data management. Students will learn about how data is collected and analyzed for maintenance purposes, ensuring efficient aircraft operations.
In this chapter, the focus will be on the core network systems that facilitate data communication within the aircraft. Participants will explore the importance of data networks in operational efficiency and maintenance procedures.
This section discusses the inert gas generation and distribution systems used to minimize fire risks in fuel tanks. Participants will learn about the components involved in this system and their significance in ensuring safety.
The APU chapter provides insight into the operation and maintenance of the auxiliary power unit. Participants will learn about the APU’s role in providing electrical power on the ground and its systems for starting and operational control.
This section focuses on the various doors of the Boeing 787, including passenger entry, cargo doors, and emergency exits. Participants will learn about the mechanisms that control these doors and the safety systems in place to prevent accidents.
Finally, the powerplant section covers the RR Trent engine systems, detailing the architecture, performance characteristics, and maintenance procedures. Participants will learn about engine components, fuel management, and the importance of regular inspections and maintenance for optimal performance.
TransGlobal Training specialise in providing online self-study courses for technical personnel like technicians, CAMO staff, and other aviation professionals seeking to enhance their expertise. Our comprehensive programs are designed to deepen your knowledge in aircraft maintenance and airworthiness management. With a focus on practical, up-to-date information, our courses allow you to learn at your own pace, anytime and anywhere.
Empower yourself with the skills needed to excel in the ever-evolving aviation industry. Join us today to advance your career and stay ahead in the field of aviation technical services.
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Registered in England.
Company number: 12245654
Trans Global Training LTD is an aviation technical training and consultancy company based in the UK. We offer high quality online, self-study technical and regulatory courses aimed at maintenance staff who require technical general familiarization or continuation/refresher training to maintain and re-acquire certification approvals.
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