Embraer 135/145 Continuation Training

The Embraer 135/145 Continuation Training course adheres to ATA 104 Specification Level I, offering a concise overview of the airframe, systems, and powerplant as detailed in the Aircraft Maintenance Manual’s Systems Description Section. This course also meets EASA’s Level 1 knowledge requirements, ensuring that participants familiarize themselves with key concepts.

Participants can expect to complete the self-study online course in approximately 40 hours. Each ATA chapter concludes with a quiz that must be passed to unlock the next chapter, and a completion certificate is awarded upon successful course completion.

Course Objectives: By the end of the course, students will be able to:

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

System Requirements

The Embraer 135/145 Continuation Training course is compatible with PC, laptop, tablet, Android, and iPhone devices. An internet connection is required to access the course material.

Study Time

Completion time varies by individual; however, approximately 40 hours of study is anticipated. Students have six months to complete the course and can pause and resume their progress at any time. After completion, an additional 90 days is provided for review.

Support

For assistance during the course, please contact us during normal business hours, and we will be happy to help.

Why Use Our Refresher & Continuation Courses?

Our Embraer 135/145 Continuation Training course is an excellent resource for engineers and support staff, offering comprehensive aircraft knowledge through distance learning. The course is designed to help maintenance organizations meet the National Aviation Authority’s training requirements, including EASA’s Part 145.A.35 and the FAA’s Federal Regulation 145.163.

Why Trust Us with Your Training?

Developed by EASA and UK CAA B1/B2 engineers, type instructors, and Part 147 training managers, our Embraer 135/145 Continuation Training course covers all relevant ATA chapters in detail.

Detailed Course Syllabus

The course begins with an introduction to the aircraft type and subsequently addresses each ATA chapter in alignment with Part 66 Level 1 standards:

ATA 05 to 12 General Servicing:

• ATA 05 – Time Limits and Maintenance Checks: Overview of scheduled maintenance checks, including “A” and “C” checks, detailing inspection intervals and the importance of structural integrity.
• ATA 06 – Dimensions and Areas: Key reference dimensions for maintenance and operational zones, including significant measurements and their implications for safety.
• ATA 07 – Jacking: Safe procedures for jacking the aircraft, ensuring correct positioning for maintenance access.
• ATA 08 – Leveling and Weighing: Techniques for leveling the aircraft to maintain compliance with operational specifications, including weighing procedures.
• ATA 09 – Aircraft Towing: Standard towing precautions and procedures to ensure safe ground handling practices.
• ATA 10 – Parking and Mooring: Best practices for parking and securing the aircraft, emphasizing safety and operational efficiency.
• ATA 12 – Routine Maintenance: Procedures for conducting routine checks, including fuel tank drainage and oil level servicing.

ATA 21 – Environmental Control System:

• Overview of the air conditioning system, including cooling pack operations, temperature controls, pressurization systems, and associated EICAS displays and messages.

ATA 22 – Auto Flight System:

• Examination of the flight director, autopilot systems, and their associated controls and indicators, enhancing overall flight safety and efficiency.

ATA 23 – Communications:

• Detailed overview of VHF and HF communication systems, including audio integration and passenger address systems, to facilitate effective communication during flight.

ATA 24 – Electrical Power System:

• Comprehensive description of electrical generation and distribution systems, including the roles of batteries, DC starter generators, and AC power systems.

ATA 25 – Equipment and Furnishings:

• Examination of the layout of flight and passenger compartments, emergency equipment placement, and compliance with safety standards.

ATA 26 – Fire Protection Systems:

• Overview of fire detection and extinguishing systems, including engine fire detection, APU protection, and the operation of portable extinguishers.

ATA 27 – Flight Controls:

• Detailed examination of primary and secondary flight control systems, including indications and electronic control units.

ATA 28 – Fuel System:

• Description of the fuel storage and distribution system, covering fuel management practices and the importance of monitoring fuel levels.

ATA 29 – Hydraulic Systems:

• Overview of hydraulic power systems, including key components and the alternate landing gear extension system.

ATA 30 – Ice and Rain Protection:

• Discussion of the aircraft’s de-icing and anti-icing systems, including controls and indicators necessary for safe operations in adverse weather.

ATA 31 – Indicating and Recording Systems:

• Overview of the central computer systems, flight data recorders, and electronic instrument systems crucial for flight safety.

ATA 32 – Landing Gear:

• Examination of landing gear operations, including the mechanics of extension and retraction, braking systems, and maintenance practices.

ATA 33 – Lighting:

• Detailed analysis of the aircraft’s lighting systems, including cockpit, passenger, and emergency lighting configurations.

ATA 34 – Navigation:

• Overview of navigation systems, including air data systems, flight management systems, and associated navigational aids.

ATA 35 – Oxygen:

• Examination of crew and passenger oxygen systems, focusing on operational procedures and emergency protocols.

ATA 36 – Pneumatic System:

• Overview of pneumatic systems, including bleed air controls and their relevance to aircraft performance.

ATA 38 – Water/Waste:

• Detailed examination of potable water systems and waste management systems, including maintenance procedures.

ATA 45 – Onboard Maintenance Systems:

• Overview of onboard maintenance systems and their diagnostic capabilities.

ATA 49 – Auxiliary Power:

• In-depth exploration of APU systems, including control mechanisms, monitoring components, and emergency operations.

ATA 52 – Doors:

• Detailed overview of the operation and maintenance of passenger and emergency exit doors.

ATA 56 – Windows:

• Examination of cockpit and passenger compartment windows, focusing on safety features and maintenance.

ATA 71 to 80 Powerplant:

• Comprehensive overview of the powerplant’s main components, fuel systems, lubrication, and engine starting procedures.