Practical Training
Students received training in local aircraft maintenance, repair & overhaul (MRO) facilities.
- Basic Electrical Theory & Application
- DC & AC Theories
- Maintenance Workshop Practices & Engineering Drawing
- Calculus
- Aircraft Maintenance Procedures & Techniques
- Engineering Science and Physics
- Mechanical Parts & Structural Repair Methods
- Digital Techniques
- GE Core Module: Chinese 1
- GE Core Module: Creativity & Innovation in Society
- GE Core Module: English for Academic Studies 1
- Electronics Instrument Systems
- Advanced Electrical Theory
- Aircraft Electrical Power System
- Aircraft Avionics Systems
- Engineering Materials
- Mechanics of Machines
- Human Factors & Aviation Legislation
- GE Core Module: A.I. & Blockchain in Society & Work
- GE Core Module: Entrepreneurial Mindset
- GE Elective Module 1#
- GE Elective Module 2#
- Advanced Engineering Mathematics
- Aircraft Structure & Accessory Systems
- Aerodynamics & Fluid Dynamics
- Aircraft Powerplant Systems
- Thermodynamics & Introduction to Gas Turbine
- Flight Stability & Automatic Control
- Aircraft Maintenance Organisation & Management
- Aircraft Systems Design
- GE Core Module: Chinese 2
- GE Core Module: English for Academic Studies 2
- GE Core Module: English for Professional Purposes
- Work-integrated Learning*
- Solid Mechanics for Aircraft Structure
- Mechanics of Flight
- Propeller
- Gas Turbine Engine Design
- Gas Turbine Engine Performance
- Safety & Reliability
- Final Year Project
- Programme Elective
- GE Elective Module 3#
- GE Elective Module 4#
- Aircraft & Products Certification
- Flight Performance & Aircraft Sizing
- Numerical Methods & Computational Fluid Dynamics
- Airlines Operation
- Composite Materials & Structural Analysis
- Heat & Mass Transfer for Aircraft
Remarks
- Please visit THEi’s website to learn more about the GE Elective Modules.
- Students are also required to complete the Work-integrated Learning module before a bachelor's degree is awarded.
