Air Traffic Controller Training

Lesson 1 • ATC Facility Types and Functions

Distinguishes tower, approach, en-route, and oceanic facilities by function and traffic scope. Establishes how facilities coordinate to form a seamless control network.

Lesson 2 • Regulatory Framework and Standards

Introduces international aviation regulations, separation standards, and controller certification requirements. Grounds students in the legal and procedural obligations of the role.

Lesson 3 • History and Purpose of ATC

Traces ATC from early aviation to modern systems, establishing why separation and safety management exist. Provides context for every subsequent technical skill.

Lesson 1 • Meteorological Reports and Forecasts

Teaches decoding of routine and special weather reports, terminal forecasts, and significant weather charts. Students extract operationally relevant data for real-time decisions.

Lesson 2 • Weather Hazards Affecting Flight

Identifies thunderstorms, icing, turbulence, wind shear, and low visibility as primary hazards. Links each hazard to specific controller actions and pilot advisories.

Lesson 3 • Atmospheric Fundamentals

Covers pressure, temperature, humidity, and their effects on aircraft performance. Establishes the physical basis for weather phenomena controllers must recognise.

Lesson 1 • Clearance Delivery and Readback

Teaches structured clearance formats and the mandatory readback-hearback process. Students practise issuing and verifying clearances to eliminate errors.

Lesson 2 • Radio Communication Principles

Covers VHF and UHF radio operation, frequency management, and transmission technique. Establishes the technical foundation for all controller-pilot communication.

Lesson 3 • Practical Communication Scenarios

Applies phraseology in simulated tower, approach, and en-route scenarios. Builds fluency and confidence through progressive complexity exercises.

Lesson 1 • Primary and Secondary Radar Principles

Explains how primary surveillance radar and secondary radar transponders function. Establishes the technical basis for interpreting radar returns and transponder data.

Lesson 2 • ADS-B and Multilateration Systems

Introduces automatic dependent surveillance and multilateration as radar supplements. Covers accuracy, integrity, and operational use alongside conventional radar.

Lesson 3 • Radar Identification Techniques

Covers methods for positively identifying aircraft on radar, including squawk and position correlation. Ensures controllers maintain accurate track identity at all times.

Lesson 4 • Radar Display Interpretation

Teaches reading of plan position indicators, data blocks, and track histories. Students extract position, altitude, speed, and identity from live display data.

Lesson 1 • Conflict Detection and Resolution

Teaches proactive identification of potential conflicts and timely resolution strategies. Students develop the habit of scanning ahead to prevent loss of separation.

Lesson 2 • Lateral and Longitudinal Separation

Covers track-based and distance-based separation for en-route and terminal environments. Students calculate and maintain required spacing using radar and procedural methods.

Lesson 3 • Special Separation Scenarios

Addresses formation flights, military operations, and non-standard aircraft requiring adapted separation. Builds flexibility in applying standards to complex traffic mixes.

Lesson 4 • Vertical Separation Principles

Defines altitude-based separation minima and reduced vertical separation minimum application. Students assign flight levels to maintain required vertical spacing.

Lesson 1 • Ground Movement Control

Manages taxi routing, holding points, and runway crossing to prevent surface incidents. Students issue precise taxi instructions and monitor compliance.

Lesson 2 • Takeoff and Landing Clearances

Teaches the conditions, timing, and phraseology for issuing takeoff and landing clearances. Students apply wake turbulence and runway occupancy rules to every clearance.

Lesson 3 • Runway Management and Capacity

Covers runway selection, configuration changes, and capacity optimisation strategies. Students balance throughput with safety margins during peak traffic periods.

Lesson 4 • Aerodrome Layout and Surface Movement

Introduces runway, taxiway, apron, and hotspot geography and their operational significance. Students read aerodrome charts and plan efficient ground movement routes.

Lesson 1 • Low-Visibility and Adverse Condition Operations

Applies special procedures for reduced visibility, contaminated runways, and severe weather. Students adapt sequencing and spacing to degraded operational conditions.

Lesson 2 • Instrument Approach Procedures

Teaches precision and non-precision approach types, minima, and controller responsibilities. Students issue approach clearances and monitor aircraft through the procedure.

Lesson 3 • Departure Control and Climb Management

Manages departing aircraft from takeoff through en-route handoff, including climb restrictions. Students coordinate with tower and en-route sectors for smooth transitions.

Lesson 4 • Sequencing and Spacing Techniques

Covers speed control, vectoring, and path stretching to achieve required runway spacing. Students build sequences from mixed-performance traffic streams.

Lesson 1 • Security Threats and Unlawful Interference

Addresses hijacking, bomb threats, and suspicious aircraft using established security protocols. Students apply discreet communication and coordinate with security authorities.

Lesson 2 • Communication Failure Procedures

Applies two-way radio failure protocols for IFR and VFR aircraft in controlled airspace. Students maintain separation while guiding non-communicating aircraft to landing.

Lesson 3 • Mass Casualty and Multi-Emergency Events

Manages simultaneous emergencies, mass casualty incidents, and aerodrome emergency plans. Students prioritise, delegate, and maintain situational awareness under extreme load.

Lesson 4 • Aircraft System Emergency Handling

Covers controller support for engine failures, pressurisation loss, fuel emergencies, and fires. Students provide priority handling and coordinate emergency services.