IAA ATCO Licence Theory study plan

Map every Air Law topic on the syllabus to a one-page summary sheet covering licensing, ratings, and privileges of an air traffic controller

State the rules of the air provisions on separation of traffic, right of way, and clearance delivery without consulting notes

List the ATC equipment chain (primary and secondary surveillance radar, VHF direction finder, voice communication systems) and describe the failure mode of each item

Explain how unit standing orders and letters of agreement interact with regulatory requirements in daily operations

Distinguish the roles of area control, approach control, and aerodrome control and the handover points between them

Compute longitudinal, lateral, and vertical separation minima for conventional and surveillance-based control and justify each choice

Apply wake turbulence separation categories to arrival and departure sequences with worked examples

Describe flow management measures and how slots and regulations affect sector capacity

Draw a conflict-detection routine that covers both planned and unplanned conflicts within a sector

Define the actions and phraseology for an aircraft in emergency, radio failure, and unlawful interference

Explain alerting service phases (uncertainty, alert, distress) and who is responsible for each

Describe the controller's role in search and rescue coordination and the information passed to rescue services

Interpret METAR and TAF reports including trend groups, and decode at least ten real examples

Explain the formation and hazards of thunderstorms, icing, wind shear, and low-level turbulence for arrival and departure planning

Read significant weather charts and identify areas requiring SIGMET action

Relate pressure systems, fronts, and local wind effects to runway-in-use decisions

Convert between true, magnetic, and compass headings and compute drift and groundspeed for given wind

Interpret chart symbols, airspace classes, and position reporting requirements on en-route and terminal charts

Explain the operating principles and limitations of VOR, DME, ILS, and GNSS for surveillance and approach purposes

Identify errors and failure indications in each radio navigation aid and describe the controller's response

Describe aircraft categories, performance classes, and wake turbulence generation relevant to separation decisions

Explain the effect of aircraft systems and weight on climb, descent, and approach speeds used in sequencing

Identify the main human performance factors (situational awareness, workload, fatigue, communication) and give an operational example of each

Apply threat and error management to a busy-traffic scenario and list the countermeasures a controller can use

Produce the standard phraseology for clearances, readback requirements, and frequency transfer without referring to notes

Explain communication failure procedures and the meaning of key Q-codes and ICAO abbreviations

Describe the operation and limitations of communication and surveillance equipment in degraded modes

Outline contingency procedures for radar or communication system failure in a control unit

Complete two full-length timed mock exams under exam conditions and record the score per domain

Re-study the two weakest domains based on mock results

Summarize the ten most frequently missed concepts into a one-page final review sheet

Practice the calculation types (separation, headings, drift, time) until each is completed accurately within time