Aircraft Engineering Course

Lesson 1 • Regulatory and Airworthiness Framework

Introduces airworthiness authority roles, type certificates, and maintenance approval structures. Connects regulatory compliance to every engineering decision made in the field.

Lesson 2 • Aircraft Classifications and Types

Covers fixed-wing, rotary-wing, and lighter-than-air categories with structural distinctions. Provides the taxonomic baseline for all subsequent system-level study.

Lesson 3 • Aircraft Maintenance Documentation

Explains aircraft maintenance manuals, illustrated parts catalogs, and service bulletins. Accurate document use underpins safe and compliant maintenance practice.

Lesson 4 • Fundamentals of Aerodynamics

Presents lift, drag, thrust, and weight relationships governing flight. These principles inform structural loading assumptions used throughout the course.

Lesson 1 • Non-Destructive Testing Methods

Introduces dye penetrant, magnetic particle, ultrasonic, and eddy-current testing. Each method targets specific defect types in specific material families.

Lesson 2 • Fuselage, Wing, and Empennage Components

Identifies frames, stringers, spars, ribs, and skin panels and their functional roles. Component recognition is essential for targeted inspection and repair planning.

Lesson 3 • Damage Assessment and Allowable Limits

Applies structural repair manuals to classify damage and determine repairability. Correct assessment prevents both unsafe returns to service and unnecessary replacements.

Lesson 4 • Airframe Structural Concepts

Explains monocoque, semi-monocoque, and truss construction with load distribution principles. Structural knowledge is prerequisite for all damage assessment tasks.

Lesson 1 • Piston Engine Principles and Components

Explains four-stroke cycle, engine configurations, and major component functions. Piston engine knowledge forms the mechanical foundation for turbine engine study.

Lesson 2 • Gas Turbine Engine Fundamentals

Covers Brayton cycle thermodynamics, engine sections, and thrust generation. Turbine engine principles apply to all commercial and military powerplant maintenance.

Lesson 3 • Engine Oil and Lubrication Systems

Explains pressure-feed lubrication circuits, oil grades, and oil analysis techniques. Lubrication system health directly predicts bearing and gear service life.

Lesson 4 • Engine Fuel and Ignition Systems

Details fuel metering, fuel control units, and ignition exciter operation. Fuel and ignition faults are among the most common causes of engine unserviceability.

Lesson 1 • Aircraft DC Generation and Distribution

Covers starter-generators, voltage regulators, and bus bar architecture. DC system knowledge is foundational before addressing AC generation complexity.

Lesson 2 • Aircraft AC Generation and Control

Explains integrated drive generators, constant-speed drives, and AC bus management. AC systems power most avionics and large aircraft loads.

Lesson 3 • Circuit Protection and Wiring Practices

Details circuit breakers, fuses, and aircraft wiring standards for installation and repair. Correct wiring practice prevents arc faults and ensures system reliability.

Lesson 4 • Electrical Fundamentals for Aviation

Reviews Ohm's law, series and parallel circuits, and power calculations in aircraft context. These fundamentals underpin every electrical troubleshooting task in the course.

Lesson 1 • Hydraulic Power Generation and Distribution

Covers engine-driven pumps, electric pumps, and priority valve architecture. Redundant power sources ensure continued operation after single-pump failure.

Lesson 2 • Hydraulic Actuators and Flight Controls

Explains linear and rotary actuators, servo valves, and power control units. Actuator performance directly determines flight control response and safety.

Lesson 3 • Landing Gear Hydraulic Systems

Details gear extension and retraction circuits, uplocks, downlocks, and sequencing valves. Landing gear system reliability is critical to safe departure and arrival.

Lesson 4 • Pneumatic and Bleed-Air Systems

Covers engine bleed-air extraction, precoolers, and pneumatic system applications. Bleed-air systems supply pressurization, anti-icing, and engine starting functions.

Lesson 1 • Communication Systems

Covers VHF and HF transceivers, audio management, and SELCAL system maintenance. Reliable communication is a regulatory requirement for all commercial operations.

Lesson 2 • Navigation Systems and Sensors

Details VOR, ILS, GPS, and ADS-B system operation and antenna maintenance. Navigation system accuracy is verified through ground and flight checks.

Lesson 3 • Integrated Avionics and BITE Systems

Explains glass cockpit architecture, data buses, and built-in test equipment use. BITE accelerates fault isolation and reduces avionics troubleshooting time significantly.

Lesson 4 • Pitot-Static and Air Data Systems

Explains pitot tubes, static ports, and air data computers providing airspeed and altitude. Accurate air data is fundamental to safe flight operations.

Lesson 1 • Reliability-Centered Maintenance

Applies failure mode analysis and reliability data to optimize task intervals. RCM reduces unnecessary maintenance while maintaining or improving safety outcomes.

Lesson 2 • Maintenance Control and Planning

Details aircraft utilization forecasting, hangar slot planning, and parts provisioning. Effective planning maximizes aircraft availability and controls maintenance costs.

Lesson 3 • Maintenance Program Structure

Explains MSG-3 logic, maintenance review board reports, and scheduled task intervals. Program structure determines the scope and frequency of all maintenance activities.

Lesson 4 • Task Card Development and Control

Covers task card authoring, sign-off requirements, and revision control procedures. Accurate task cards are the primary tool for directing and recording maintenance work.

Lesson 1 • Cross-System Fault Analysis

Resolves faults that span electrical, hydraulic, and avionics systems simultaneously. Cross-system thinking is essential for modern fly-by-wire and highly integrated aircraft.

Lesson 2 • Technical Investigation and Reporting

Applies occurrence investigation techniques, contributing factor analysis, and corrective action reporting. Effective reporting drives systemic safety improvements across the organization.

Lesson 3 • Aircraft Health Monitoring Data Use

Interprets flight data recorder outputs, ACARS messages, and onboard health reports. Data-driven troubleshooting reduces diagnostic time and improves first-time fix rates.

Lesson 4 • Ground Test and Functional Check Procedures

Covers engine ground runs, hydraulic pressure tests, and avionics functional checks. Ground testing verifies repair effectiveness before return to flight.