Diploma Aircraft Maintenance Engineering

Course Overview

The EASA Diploma of Aircraft Maintenance Engineering (Mechanical) offered by Aviation Australia is an intensive and comprehensive program, structured to provide students with the skills and knowledge required to pursue a career in aircraft maintenance engineering. Here are some key details about the course:

Course Overview:

• Duration: 90 weeks (approx. 2 years).

• Practical Maintenance Training: 1164 hours of hands-on experience in world-class hangars owned by Aviation Australia.

• Qualification:

  • Diploma of Aircraft Maintenance Engineering (Recognised Australia-wide).

  • EASA Certificate of Recognition (Recognised internationally, assisting in the application for the EASA Part-66 Licence).

Key Features:

1. EASA Part 147 Approval:
   The course is approved under EASA Part 147, which allows students to reduce the required time for applying for an aircraft maintenance licence from a minimum of 5 years to 3.5 years.

2. World-Class Hangar Training:
   Students gain practical experience working in a live hangar environment, receiving direct supervision and guidance from Aviation Australia’s experienced Aircraft Maintenance Engineers.

3. Journal of Experience:
   During the practical training, students will work on individual and team tasks. Their work will be signed off in the Journal of Experience, which is required for licensing under EASA regulations.

4. International Recognition:
   The EASA Certificate of Recognition is recognized globally, opening doors for students to apply for aircraft maintenance engineering positions worldwide, particularly in regions where EASA certifications are required.

5. Career Opportunities:
   Upon successful completion of the program, graduates will be qualified to pursue careers in aircraft maintenance engineering with airlines, maintenance organizations, or in other sectors requiring licensed professionals.

Admission Requirements:

While specifics may vary, typical entry requirements for this course include:

• Age Requirement: Minimum age of 18 years.

• Educational Background: Completion of secondary education (Year 12 or equivalent) with sound knowledge in mathematics and science.

• English Language Proficiency: Minimum of IELTS 5.5 or equivalent.

This qualification offers a clear pathway to a career as an Aircraft Maintenance Engineer, with international recognition of your skills and the ability to work in the global aviation industry.

Course Requirements

General Entry Requirements:

1. Educational Background:

   • Completion of secondary education equivalent to Year 12 in Australia.

   • Strong proficiency in Mathematics and Physics is generally required due to the technical nature of the course, especially for understanding mechanical systems and avionics.

2. Language Proficiency:

   • Non-native English speakers are usually required to demonstrate proficiency in English.

   • IELTS: A typical score of 5.5 to 6.0, with no band score less than 5.0.

   • Alternatively, candidates can also provide TOEFL, PTE, or other equivalent English language tests.

3. Age Requirements:

   • Applicants must generally be 18 years old or older at the time of course commencement.

Specific Requirements for TB1 (Mechanical) and TB2 (Avionics):

• TB1 (Mechanical):

  • Focus: Aircraft mechanical systems, including airframes, engines, and related mechanical systems.

  • Pre-requisites: Strong foundation in mechanical principles. This could be demonstrated through previous education or relevant work experience in mechanical fields.

• TB2 (Avionics):

  • Focus: Aircraft electronic systems, including communication, navigation, and integrated systems.

  • Pre-requisites: Knowledge or prior experience in electronics or electrical principles is highly advantageous.

Additional Requirements:

1. Medical Fitness:

   • Applicants may need to pass a basic medical examination to ensure they are physically fit for the demanding nature of aircraft maintenance work. This could include vision and hearing tests, as well as general physical assessments.

2. Security Clearances:

   • Due to the nature of the work (which often takes place in secure environments), applicants may need to obtain security clearances to ensure they can work in aviation facilities.

3. Apprenticeship or Work Placement:

   • Many programs include practical training or apprenticeships as part of the qualification. Applicants should be prepared to undergo this hands-on experience as part of their studies.

4. Technical Aptitude Test:

   • Some institutions may require candidates to pass a technical aptitude test to assess their understanding of basic engineering and mechanical principles. This helps to determine whether the applicant is suited to the technical demands of the course.

5. Interview:

   • An interview process may be conducted to assess the applicant’s motivation for pursuing a career in aircraft maintenance, their understanding of the industry, and their suitability for the course.

Important Notes:

• Meeting these entry requirements does not guarantee admission, as selection may also be based on the applicant’s interview and specific prerequisites related to each track (Mechanical or Avionics).

• Some institutions may offer flexibility regarding prerequisites, depending on relevant work experience or a portfolio of technical skills.