Aircraft Maintenance and Engineering Fundamentals

Learning Objectives

By the end of this course, learners will be able to:

Fundamentals of Aviation Science and Mathematics

Learners will be able to:

• Apply core principles of mathematics and physics to solve aviation engineering problems.
• Demonstrate understanding of units, measurements, and conversions used in aircraft maintenance.
• Analyze forces, motion, and energy concepts relevant to flight and aircraft systems.
• Interpret scientific data and apply formulas to real-world aviation scenarios.
• Develop problem-solving skills for technical calculations in maintenance and engineering.
• Use aviation science knowledge as a foundation for advanced aircraft engineering studies.

Aircraft Structures, Materials, and Basic Aerodynamics

Learners will be able to:

• Identify key aircraft structural components and their functions.
• Explain the properties of aviation materials and their applications in aircraft design.
• Describe the principles of lift, drag, thrust, and weight in basic aerodynamics.
• Evaluate the impact of material selection on aircraft performance and safety.
• Apply knowledge of aerodynamics to understand flight stability and control.
• Recognize international standards for aircraft structures and material testing.

Aircraft Systems and Powerplant Fundamentals

Learners will be able to:

• Describe the operation of major aircraft systems including hydraulics, pneumatics, and fuel.
• Explain the fundamentals of piston and turbine powerplant systems.
• Identify common components of aircraft engines and their maintenance requirements.
• Analyze system diagrams to troubleshoot basic faults in aircraft systems.
• Apply safety procedures when working with aircraft systems and powerplants.
• Demonstrate knowledge of international aviation standards for system maintenance.

Aviation Safety, Human Factors, and Regulations

Learners will be able to:

• Explain the importance of aviation safety culture and risk management.
• Identify human factor issues such as fatigue, communication, and decision-making in maintenance.
• Apply international aviation regulations (EASA/ICAO/CAA) to maintenance practices.
• Evaluate case studies of aviation incidents to understand safety lessons.
• Demonstrate compliance with regulatory frameworks in maintenance environments.
• Promote safe working practices and teamwork in aviation engineering.

Aircraft Maintenance Practices and Workshop Skills

Learners will be able to:

• Perform basic maintenance tasks using industry-standard tools and equipment.
• Apply correct procedures for inspection, servicing, and repair of aircraft components.
• Demonstrate safe workshop practices including handling of hazardous materials.
• Interpret maintenance manuals and technical documentation accurately.
• Develop practical skills in troubleshooting and fault diagnosis.
• Apply international maintenance standards to ensure airworthiness compliance.

Technical Communication and Engineering Documentation

Learners will be able to:

• Interpret and produce technical drawings, diagrams, and engineering documents.
• Communicate effectively using aviation-specific terminology and reporting formats.
• Apply IT tools and digital platforms for maintenance record-keeping.
• Demonstrate accuracy and clarity in technical writing for aviation contexts.
• Evaluate the importance of documentation in regulatory compliance and safety.
• Collaborate with engineering teams using professional communication standards.