ALFA HORIZON

Precision in the Sky

Your Pathway to
Aviation Excellence

Welcome to Alfa Horizon, the leading provider of EASA-certified courses in the aviation industry. We specialize in offering top-tier training programs designed to meet the stringent standards of the European Union Aviation Safety Agency (EASA)
About Us

Who we are

Alfa Horizon is a dynamic and innovative company dedicated to providing cutting-edge solutions in the field of Aviation Engineering.

With a strong commitment to excellence and customer satisfaction, Alfa Horizon leverages the latest technologies and industry best practices to deliver top-quality products and services.

Services

To Meet The
Need Of Aviation
Training

At Alfa Horizon, we specialize in providing comprehensive aviation engineering services tailored to meet the needs of aspiring and current professionals in the industry.

EASA Part 66 / 147 Exams and Training

We conduct EASA Part 66 and 147 examinations ...

Modular Training Packages

You have the flexibility to choose from ...

Specialized Engineering Courses

Our specialized courses cover various ...

Practical Hands-On Training

We emphasize practical, hands-on training ...

Courses

Book your course now

B-787 TYPE RATING

The B787 Type Rating Course focuses on the Boeing 787 Dreamliner, covering its advanced systems, flight operations, and performance metrics.

B-777 TYPE RATING

The B777 Type Rating Course trains engineers in critical skills for the maintenance and ...

B-737 Level 3 On-going

B-737 LEVEL 3 is now open for Registration. classes start.

A320 Level 3

Our A320 Type Rating online course is now on-going! In-depth
modules on V2500, CFM

A-350 TYPE RATING

The A350 Type Rating Course provides comprehensive training on operating the Airbus ...

A320/A330 DIFFERENCE

The A320/A330 Difference Course is designed to help you understand the key ...

A-330 TYPE RATING

The A330 Type Rating Course is designed for those operating the
Airbus A330. It includes ...

B-787 TYPE RATING

The B787 Type Rating Course focuses on the Boeing 787 Dreamliner,

B-777 TYPE RATING

The B777 Type Rating Course trains engineers in critical skills for the maintenance and ...

B-737 Level 3 On-going

B-737 LEVEL 3 is now open for Registration. classes start.

A320 Level 3

Our A320 Type Rating online course is now on-going!

A-350 TYPE RATING

The A350 Type Rating Course provides comprehensive

A320/A330 DIFFERENCE

The A320/A330 Difference Course is designed to help you

A-330 TYPE RATING

The A330 Type Rating Course is designed for those operating the
Airbus A330. It includes ...

Curriculum

Comprehensive
Training Content

Mathematics

Content Focus: Basic arithmetic, algebra, geometry, and trigonometry. Calculations relevant to aircraft maintenance, such as areas, volumes, and tolerances.

  • Learning Outcomes: Ability to apply mathematical principles to practical problems in aircraft maintenance.

Physics



Content Focus: Fundamental principles of physics, including mechanics, thermodynamics, optics, and sound. Emphasis on applications relevant to aviation, such as pressure, force, and fluid dynamics.

Learning Outcomes: Understanding of physical laws and their implications in the maintenance and operation of aircraft systems.

Electrical Fundamentals

Content Focus: Basic electrical theory, including voltage, current, resistance, and power. DC and AC circuits, electrical components, and their functions.

  • Learning Outcomes: Ability to analyze and troubleshoot basic electrical circuits and systems.

Electronic Fundamentals

  • Content Focus: Principles of electronics, including semiconductors, diodes, transistors, and integrated circuits. Digital electronics and microprocessors.

  • Learning Outcomes: Understanding of electronic components and systems, including digital circuit design and analysis.

Digital Techniques/Electronic Instrument Systems

Content Focus: Digital systems, data conversion, data buses, and digital communication protocols. Aircraft electronic instrument systems, including EFIS and FMS.

  • Learning Outcomes: Knowledge of digital systems and their applications in modern avionics.

Materials and Hardware

Content Focus: Aircraft materials, including metals, composites, and plastics. Fasteners, fittings, and hardware used in aircraft construction.

  • Learning Outcomes: Understanding of material properties and selection criteria, knowledge of standard aircraft hardware.

Curriculum

Comprehensive
Training Content

Mathematics

Content Focus: Basic arithmetic, algebra, geometry, and trigonometry. Calculations relevant to aircraft maintenance, such as areas, volumes, and tolerances.

  • Learning Outcomes: Ability to apply mathematical principles to practical problems in aircraft maintenance.

Physics



Content Focus: Fundamental principles of physics, including mechanics, thermodynamics, optics, and sound. Emphasis on applications relevant to aviation, such as pressure, force, and fluid dynamics.

Learning Outcomes: Understanding of physical laws and their implications in the maintenance and operation of aircraft systems.

Electrical Fundamentals

Content Focus: Basic electrical theory, including voltage, current, resistance, and power. DC and AC circuits, electrical components, and their functions.

  • Learning Outcomes: Ability to analyze and troubleshoot basic electrical circuits and systems.

Electronic Fundamentals

  • Content Focus: Principles of electronics, including semiconductors, diodes, transistors, and integrated circuits. Digital electronics and microprocessors.

  • Learning Outcomes: Understanding of electronic components and systems, including digital circuit design and analysis.

Digital Techniques / Electronic Instrument Systems

Content Focus: Digital systems, data conversion, data buses, and digital communication protocols. Aircraft electronic instrument systems, including EFIS and FMS.

  • Learning Outcomes: Knowledge of digital systems and their applications in modern avionics.

Materials and Hardware

Content Focus: Aircraft materials, including metals, composites, and plastics. Fasteners, fittings, and hardware used in aircraft construction.

  • Learning Outcomes: Understanding of material properties and selection criteria, knowledge of standard aircraft hardware.

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