DIPLOMA IN AIRCRAFT MAINTENANCE ENGINEERING

 

 

Program Name Diploma Aircraft Maintenance Engineering Technology (DMET)
MQA Code MQA/PA04879
Specialisation / NEC Field (National Education Code) 525 (Motor vehicles, ships and aircraft)
Duration 3 years
Requirements Pass Sijil Pelajaran Malaysia (SPM) or equivalent with at least THREE (3) credits including Math and Science; and pass in English
Location Aviation Management College (AMC) DK081(B)
Kolej Pengurusan PenerbanganNo 1, Jalan Dengkil โ€“ Kajang 31, Jenderam Hilir, 43800 Dengkil, Selangor Daru Ehsanย 

Google Map: bit.ly/AMCGmap

Waze : bit.ly/AMCwaze

Campus Tour Video : Youtube Campus Video

Tuition Fee RM 8,800 per year
PTPTN Funding RM 6,800 per year maximum
Hostel

RM200 per month

Program Information:

The focus of this program is fundamental of Aircraft Maintenance Technology and students will be provided in both theory and practical aspects to prepare for a career in aviation industry. Dedication and hard work will transform the know-how students to be a specialist in aircraft engines, avionics, repairing, overhauling, and aircraft design.

Professionals with expertise in Aircraft Maintenance Engineering Technology are needed in just about every aviation sector to air cargo industry to airlines. Students shall be equipped with basic aircraft engineering knowledge and basic skills for line technicians working in the Aviation industry. Students who graduate with the diploma will find prospect for employment in the Aviation industry locally and internationally.

 

 

Program Aims:

  • To produce the professionals in Aircraft engineering with advanced skills in perform service, maintenance, repair, reconditioning, and modification procedures on aircraft systems, structures, instruments, and related components to maintain aircraft safety and airworthiness.
  • To produce graduates with advanced capabilities in leadership and managing change in the field of Aviation Industry especially in Aircraft maintenance and performance and expose students with all issues relating to the contemporary issues in this Aircraft field.
  • To provide the opportunity for considerable personal development, such that the graduate achieves a greater level of effectiveness as a professionalย  aircraft engineering as required by EASA-PART66.

 

 

Core Courses:

  • Electrical Fundamentals
  • Aerodynamics Structure & Systems
  • Basic Aerodynamics
  • Gas Turbine & Piston Engines
  • Aviation Human Factors
  • Air Law & Regulations
  • Aviation Mathematics
  • Aircraft Maintenance Practices
  • Aircraft Materials & Hardware
  • Aircraft Mass (Weight) & Performance
  • Aviation Physics
  • Aviation History
  • Aviation Safety & Security
  • Digital Electronic Instrument Systems
  • Electronic Fundamentals
  • Flight Simulator
  • Mass (Weight) & Balance Control
  • Propellers & Propulsion
  • Radio Aids & Navigator System

 

Career Opportunities:

  • Aircraft Engineer
  • Aircraft Maintainer
  • Aircraft Technician
  • Aircraft Inspector / Mechanic
  • MRO facilitator
  • Avionics Safety
  • Failure Analysis Engineer
  • Test Technician
  • License Aircraft Engineer (With EASA Part 66 License)