Air Traffic Controller Course

Lesson 1 • Regulatory Framework and Standards

Covers international and national regulatory bodies, standards, and the controller's legal obligations. Establishes the compliance mindset required throughout training.

Lesson 2 • Introduction to ATC Documentation

Familiarises students with flight plans, strips, and operational logs used daily. Accurate documentation underpins every procedural skill taught later.

Lesson 3 • History and Purpose of ATC

Traces ATC from early aviation to modern systems, establishing why the service exists. Provides context for every subsequent technical and procedural topic.

Lesson 4 • Airspace Structure and Classification

Defines airspace classes, dimensions, and the rules governing each. Students map airspace types to controller responsibilities and service levels.

Lesson 1 • Atmosphere and Weather Fundamentals

Explains atmospheric layers, pressure, temperature, and moisture as drivers of weather. Grounds students in the physics behind every weather product they will use.

Lesson 2 • Hazardous Weather Phenomena

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

Lesson 3 • Meteorological Reports and Forecasts

Decodes routine and special weather observations, terminal forecasts, and area forecasts. Students translate raw reports into operationally relevant information.

Lesson 1 • Conventional Navigation Systems

Covers VOR, NDB, DME, and ILS as ground-based navigation aids controllers reference daily. Students interpret navigation fix positions and instrument approach structures.

Lesson 2 • Instrument Approach Procedures

Explains precision and non-precision approach structures, minima, and missed approach segments. Controllers use this knowledge to sequence and clear aircraft for landing.

Lesson 3 • Area Navigation and Performance-Based Nav

Introduces RNAV and RNP concepts, route structures, and required navigation performance. Prepares controllers for modern route assignments and clearance phraseology.

Lesson 4 • Aircraft Categories and Performance

Classifies aircraft by wake turbulence category, speed, and climb performance. Enables controllers to apply correct separation minima for each aircraft type.

Lesson 1 • Position Reports and Traffic Information

Covers pilot position report formats and controller traffic advisory phraseology. Accurate information exchange supports situational awareness for both parties.

Lesson 2 • Communication Discipline and Error Management

Addresses blocked transmissions, communication overload, and error recovery techniques. Students develop habits that prevent and correct communication breakdowns.

Lesson 3 • Standard Phraseology and Alphabet

Drills the ICAO phonetic alphabet, standard words, and prescribed phrases. Correct phraseology prevents misunderstanding and is mandatory in all ATC transmissions.

Lesson 4 • Radiotelephony Principles and Equipment

Covers VHF and HF radio propagation, frequency management, and controller equipment. Establishes the technical foundation for all communication skills.

Lesson 1 • Radar Display Interpretation

Trains students to read radar scope symbology, data blocks, and track history. Accurate display interpretation is the basis for all radar separation decisions.

Lesson 2 • Primary and Secondary Surveillance Radar

Explains PSR and SSR operating principles, coverage, and limitations. Students distinguish between radar returns and understand what each system detects.

Lesson 3 • Transponder Codes and Modes

Covers Mode A, C, and S transponder functions, code assignment, and special codes. Students assign and interpret transponder data to identify and track aircraft.

Lesson 4 • ADS-B and Multilateration Systems

Introduces ADS-B Out/In and multilateration as modern surveillance alternatives. Students understand how these systems supplement or replace conventional radar.

Lesson 1 • Separation Concepts and Minima

Defines separation as the core ATC service and introduces vertical, lateral, and longitudinal minima. Students understand why each minimum exists and when it applies.

Lesson 2 • Loss of Separation and Recovery

Addresses detection, reporting, and recovery from separation infringements. Students practise immediate corrective actions and post-event reporting requirements.

Lesson 3 • Procedural Separation Techniques

Covers time-based and fix-based separation in non-radar environments. Students apply procedural methods where surveillance is unavailable or degraded.

Lesson 4 • Wake Turbulence Separation

Applies increased separation minima behind heavy and super aircraft to protect following traffic. Students identify wake turbulence scenarios and apply correct spacing.

Lesson 1 • Approach Sequencing and Vectoring

Applies radar vectoring techniques to sequence arrivals onto final approach. Students build and maintain an efficient arrival stream under varying traffic loads.

Lesson 2 • Terminal Coordination and Handoffs

Covers coordination between tower, ground, and approach control positions. Seamless handoffs maintain separation continuity across position boundaries.

Lesson 3 • Runway Management and Sequencing

Teaches runway selection, departure sequencing, and landing clearance timing. Efficient runway management maximises throughput while maintaining safety.

Lesson 4 • Aerodrome Control Fundamentals

Covers runway and taxiway layout, surface movement control, and visual signals. Students develop situational awareness of the aerodrome movement area.

Lesson 1 • Sector Coordination and Boundary Management

Develops inter-sector and inter-facility coordination skills for transferring traffic cleanly. Students negotiate non-standard clearances and manage boundary conflicts.

Lesson 2 • En-Route Sector Operations

Defines en-route sector structure, controller positions, and traffic flow patterns. Students understand the operational environment before applying advanced techniques.

Lesson 3 • Oceanic and Remote Area Control

Covers procedural separation in non-radar oceanic airspace and position reporting requirements. Students apply increased separation standards and strategic planning for long-haul traffic.

Lesson 4 • Strategic Conflict Detection and Resolution

Applies long-range conflict detection using flight data and radar projection. Students resolve conflicts with minimum intervention while preserving traffic flow.

Lesson 5 • Emergency and Contingency Procedures

Addresses declared emergencies, communication failures, and unlawful interference in en-route airspace. Students apply priority handling and contingency separation to protect distressed aircraft.