Aircraft Maintenance License B1&B2

•       Developing your technical skills in aircraft systems and components
•       Prepare the EASA Part 66 B1.1, B1.2 and B2 licence examinations
•       To have a comprehensive understanding of aviation maintenance
•       Enhancing your problem-solving and critical thinking abilities

•       Full online classes
•       Access to recorded and live classes in English with subtitles in the student’s language
•       Full access to our student community, including a WhatsApp group where a virtual study campus is created
•       Official training books and a bank of test questions to help you prepare for the exams
•       Two exam sessions included in the price
•       Immediate examination results
•       Free second exam opportunity if you fail the first time

• Develop a strong foundation in mathematics relevant to aircraft maintenance.
• Gain proficiency in arithmetic, algebra, geometry, and trigonometry.
• Apply mathematical principles to solve aircraft maintenance problems and calculations

• Understand the fundamental principles of physics applicable to aviation.
• Learn about mechanics, thermodynamics, optics, and electricity in the context of aircraft systems.
• Apply physics concepts to analyze and troubleshoot aircraft maintenance issues.

• Explore the principles of electricity and electrical circuits.
• Learn about electrical components, wiring systems, and safety practices.
• Develop skills in diagnosing and repairing electrical faults in aircraft systems.

• Gain a comprehensive understanding of electronic components and circuits.
• Study topics such as diodes, transistors, amplifiers, and digital logic gates.
• Learn how to troubleshoot and repair electronic systems in aircraft.

• Understand digital techniques and electronic instrument systems used in aviation.
• Learn about aircraft instrumentation, data buses, and communication protocols.
• Gain practical skills in maintaining and calibrating electronic instrument systems.

• Familiarize yourself with aircraft materials, hardware, and fasteners.
• Learn about various equipment and tools used in aircraft maintenance.
• Understand proper handling, storage, and maintenance of materials and tools.

• Explore aircraft maintenance practices, procedures, and documentation.
• Study the regulations and requirements related to aircraft maintenance.
• Gain practical knowledge in performing maintenance tasks and ensuring airworthiness.

• Learn the principles of aerodynamics and their applications in aviation.
• Understand the behavior of airflow around aircraft surfaces and components.
• Gain insights into lift, drag, stability, and control of aircraft

• Explore human factors that influence aircraft maintenance and safety.
• Understand the impact of human performance, limitations, and errors.
• Learn strategies for enhancing human performance and maintaining safety culture.

• Study the national and international regulations governing aviation.
• Gain knowledge of EASA regulations and other relevant legal frameworks.

• Develop a comprehensive understanding of aerodynamics and its application in aircraft design and performance.
• Study aircraft structures, including materials, construction methods, and maintenance practices.

• Learn about the principles of gas turbine engines and their components.
• Study engine operation, fuel systems, ignition systems, and engine performance monitoring.
• Gain practical skills in troubleshooting and maintaining gas turbine
• Gain knowledge of aircraft systems, such as hydraulic, pneumatic, and environmental control systems.

• Understand the principles of propeller operation and design.
• Study different types of propellers and their performance characteristics.
• Learn about propeller maintenance, installation, and troubleshooting techniques.

• Understand the principles of propeller operation and design.
• Study different types of propellers and their performance characteristics.
• Learn about propeller maintenance, installation, and troubleshooting techniques.

• Learn about different types of propulsion systems used in aircraft, including piston engines and jet engines.
• Study engine performance, fuel systems, engine control, and environmental impact.
• Gain knowledge of engine maintenance, troubleshooting, and safety procedures.

Exams Sessions

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Location

At 360 Aviation Life, we take pride in our team of experienced trainers and mentors who have a wealth of knowledge in the aviation industry. Our trainers are EASA-licensed, which means they are qualified to deliver the highest standard of training in aviation maintenance.

Our instructors have extensive experience in the aviation industry. They bring their wealth of experience to the class to prepare our for real-world challenges.

In addition to their experience, our trainers and mentors have undergone rigorous training themselves, ensuring that they are up-to-date with the latest regulations and best practices in the aviation industry.

At 360 Aviation Life, we believe that having experienced and qualified trainers is essential for providing quality training to our students. We are committed to providing the best training and support to help our students achieve their career goals in the aviation industry.