This degree is a multidisciplinary programme, built upon a strong foundation of the Sciences, Mathematics and hands-on aircraft maintenance fundamentals, designed to meet the needs and interest of students who want to excel and develop a career as a knowledgeable and competent aircraft maintenance engineer. This programme is different in nature from traditional engineering programmes, that includes mechanical and aeronautical engineering as offered by other universities which emphasize heavily on the design aspects of engineering. However, the elements of aircraft design which are more relevant to maintenance activities such as advanced material technologies, durabilities and repairs are included in order to increase the student readiness to face the demand of highly sophisticated aircraft.
The aspects of engineering management such as the economy, quality assurance, reliability and logistics are also part of the syllabus, therefore improve the student awareness on cost efficiency, safety standards, efficient planning, good decision making etc. The consolidation of aviation maintenance and relevant traditional engineering disciplines will provide an enjoyable learning experience closely related the industry needs.
Programme Educational Objectives (PEO)
- PEO 1
To produce Aircraft Maintenance Engineer who are knowledgeable, competent and innovative which will contribute towards the human capital in aircraft maintenance engineering technology related industry.
- PEO 2
To produce Aircraft Maintenance Engineer who have effective leadership and team work skills as well as verbal, non-verbal and interpersonal communication skills to support their role in industry.
- PEO 3
To produce Aircraft Maintenance Engineer who are committed to the importance of lifelong learning and continuous improvement.
- PEO 4
To produce Aircraft Maintenance Engineer who practice professionalism with ethics and social responsibility.
- PEO 5
To produce Aircraft Maintenance Engineer who are capable of embarking on business and technopreneurial activities.
Programme Learning Outcomes (PLO)
Majors in aviation will be able to:
- PLO 1
Apply fundamental knowledge of mathematics, science and aircraft mechanical engineering technology.
- PLO 2
Identify, develop and solve broadly defined engineering technology problems.
- PLO 3
Troubleshoot problems, conduct experiments, process, interpret and analyze experimental data.
- PLO 4
Apply appropriate techniques, resources and modern engineering tools with the understanding of the limitation.
- PLO 5
Function effectively as an individual, and as a member or leader in diverse technical teams.
- PLO 6
Communicate effectively with multidisciplinary professions and community at large.
- PLO 7
Demonstrate understanding of the societal, health, safety, legal and cultural issues and the need for sustainable development.
- PLO 8
Understand professional ethics and responsibilities in engineering technology practice.
- PLO 9
Demonstrate an awareness and understanding of managerial and entrepreneurial skills.
Recognize the need for, and have the ability to engage in independent and lifelong learning.
- Material and Hardware
- Electrical Fundamental I
- Engineering Mathematics I
- Physics and Aerodynamics
- Communicative Aviation English I
- Islamic/Moral Studies
- Bahasa Kebangsaan (A)
- Co-Curriculum I
- Mandarin I
- Communicative Aviation English II
- Electrical Fundamental II
- Maintenance Practices
- Aircraft Cabin Interior Systems
- Engineering Mathematics II
- Human Factors
- Mandarin II
- Co-Curriculum II
- Malaysian Studies
- Technical Drawing
- Electronics Fundamental (Mechanical)
- Aircond and Pressurization Systems
- Material Fabrications and Processes
- Applied Engineering Mechanics
- Aircraft Fire Protection & Fuel Systems
- Professional Aviation English
- Theory of Flight and Control
- Aircraft Structures
- Hydraulic and Pneumatic Systems
- Piston Engine I
- Computer Programming
- Digital Technique (Mechanical)
- Landing Gear Systems
- Aircraft Electrical Systems
- Gas Turbine Engine I
- Computer Aided Engineering
- Electronics Instrument Systems
- Mechanics of Materials
- Innovation Management
- Fundamentals of Airline Economics
- Aircraft Flight Control Systems
- Piston Engine II
- Aircraft Structure Repairs
- Quality Assurance and Reliability
- Final Year Project I
- Aircraft Composite Repairs
- Instrument and Avionics Systems
- Aviation Legislation
- Gas Turbine Engine II
- Aircraft Maintenance and Logistics
- Final Year Project II
Student must complete 12 years of schooling and obtain general pass in their High School Certificate, A-levels or equivalent with min Grade C (60%) in Mathematics and one of the Science subjects (such as Physics, Chemistry or Biology – depending on the programme)
IELTS 5.0 or its equivalent