Discover the fundamentals of aircraft mechanics and build the knowledge needed to shape the future of aviation through safe and reliable aircraft maintenance.
Develop professional communication skills essential for effective teamwork, clear technical reporting, and safety in the aviation industry
Development of communication, teamwork, problem-solving, and decision-making skills for effective professional performance.
Application of digital tools, computer systems, and information technology for effective communication, data management, and technical operations.
Development of business management, innovation, and entrepreneurial skills for identifying opportunities and creating sustainable business ventures.
Application of mathematical principles and techniques to solve engineering problems and perform technical calculations.
Interpretation and preparation of technical drawings, engineering diagrams, and graphical representations of mechanical components and structures.
This module unit is designed to equip the trainee with knowledge, skills and attitudes in necessary to enhance the understanding of application of engineering science to the trade area. By the end of the module unit, the trainee should be able to: a) Understand the basic concepts of engineering science b) Apply the relevant engineering science principles in design, work and problem solving in the trade area. c) Appreciate engineering science in the trade area.
Application of electrical principles to aircraft systems, including electrical circuits, power generation, distribution, and How all operate in aircraft electrical components.
Practical application of workshop tools, equipment, machining processes, and maintenance techniques used in aircraft component manufacturing and repair.
Study of airflow, lift, drag, thrust, and other aerodynamic principles affecting aircraft performance, stability, and control.
Installation, inspection, and maintenance of aircraft electrical wiring, connectors, and electrical systems in accordance with aviation safety standards.
Understanding of airfield safety regulations, operational procedures, and hazard prevention to ensure safe aircraft ground operations and maintenance activities.
Study of aircraft structural components, materials, construction methods, inspection, and repair techniques to maintain structural integrity and airworthiness.
Study of aircraft piston engine components, operating principles, lubrication, cooling, fuel systems, inspection, and maintenance procedures.