Operational Procedures
The full EASA ATPL(A) Operational Procedures syllabus, taught properly: ICAO Annex 6 and the EU air-operations rules from operator responsibilities to the AOC, flight preparation and the conduct of flight, all-weather operations and aerodrome operating minima, the required instruments and emergency equipment, crew composition, training and flight-time limitations, alternate planning and ETOPS, the North Atlantic High Level Airspace from the organised track system to the contingency procedures, and the special procedures and hazards from de-icing, wind shear and wake turbulence to fires, ditching, security and dangerous goods — every learning objective explained in full.
Where the rules of commercial flying come from: ICAO Annex 6 and its definitions, the operator's basic obligations, and the certificate that lets an airline exist.
Operational Procedures is the subject of how commercial flying is actually run: the rules an airline must satisfy before, during and after every flight. This module lays the legal ground floor. The first lesson opens ICAO Annex 6, the annex about operating aircraft, and takes its essentials one by one: who Part I applies to, what an alternate aerodrome is, when flight time starts and stops, who holds operational control, the flight data analysis programme and the flight safety documents system, the maintenance release, and the lights an aeroplane shows at night.
The second lesson moves from ICAO to the European rules that implement it, and the responsibilities they place on the operator and the commander. The third closes the module with the air operator certificate, the document that turns a company with aeroplanes into an airline.
The operator's working rules for every flight: which aerodromes may be used and at what minima, what must be prepared and decided before push-back, how passengers are seated, briefed and kept safe, and the commander's in-flight decisions from weather and fuel to the approach ban and the reports owed after landing.
Module 1 built the operator; this module flies it. The rules here all come from one subpart of the EU operating rules, and they follow a flight's own order. The first lesson covers everything decided at a desk: which aerodromes qualify and at what operating minima, the routes, altitudes and airspace approvals a flight needs, and the plans and forms that must exist before an aeroplane moves.
The second lesson boards the passengers: seating, briefing, refuelling with people on board and the securing of the cabin. The third follows the commander from crew stations and weather decisions through fuel management, oxygen and the approach ban to the reports owed after landing.
Flying when the weather stops being scenery: the low-visibility world below 550 m RVR, the specific approval that unlocks it, and the aerodrome operating minima that price every take-off, approach and circle-to-land.
The previous module left the commander holding an approach to a gate at 1,000 ft. This module asks what happens when the weather is worse than that gate ever contemplates. The first lesson maps the low-visibility world: the definitions that draw its border at 550 m and 200 ft, the flight control systems that keep working after a failure, and the Part-SPA approval an operator must earn before playing there at all.
The second lesson prices the weather in numbers: how take-off minima follow the runway's lighting, how approach minima follow the category of operation, and how low each category may legally go.
What the aeroplane itself must carry: the instruments behind each panel for VFR, IFR and the night, the warning systems and recorders with their tonnage and seat thresholds, the cabin and emergency equipment, and the radios and navigation fit.
The operating rules so far have told people what to do; this module tells the aeroplane what to be. Its home is the instruments-and-equipment subpart of Part-CAT, a catalogue of carriage requirements sorted by mass, seats, engines and certificate dates. The first lesson covers the flight deck: which instruments day VFR, IFR and the night each demand, and the warning systems and recorders whose thresholds the exam loves to swap.
The second lesson walks the cabin, from seats and belts to fire axes, escape means and survival equipment. The third closes the module with the radios, transponders and navigation equipment a commercial flight must carry to talk and to find its way.
The people rules: who may sit in each seat and how many, the training ladder from conversion to command, the validity clocks that keep everyone current, cabin crew and task specialists, and the flight and duty time limits that keep them all awake.
The aeroplane of the last module is finished; this module crews it. The first lesson follows a flight crew career through the operating rules: how crews are composed and relieved, how a pilot converts to the operator's aeroplane, climbs to command, stays trained, checked and recent, and what duties and authority come with the seat.
The second lesson staffs the cabin: cabin crew numbers, the senior cabin crew member, and the task specialists of specialised operations. The third winds the clocks nobody may ignore: flight and duty time limitations, rest, and the commander's discretion at the edges.
The planning geometry of the long flight: minimum time routes, the alternates that stand behind every IFR flight plan and how far away each may lie, flying with two alternates or none, the isolated aerodrome with its point of no return, and the extended-range rules that let a twin cross oceans.
The first lesson of this course introduced the alternate family and made a promise: when each alternate must be selected, and how far away it may lie, would wait for the long-range module. This module keeps that promise. Its first lesson builds the aerodrome selection policy of an IFR flight from the take-off alternate to the isolated island destination with its point of no return.
The second lesson takes the most heavily regulated of the family, the en-route alternate, into its natural habitat: ETOPS, the extended-range regime under which a two-engined aeroplane may plan far from any runway because a diversion aerodrome has been priced, checked and kept within reach.
The world's busiest oceanic airspace and its rulebook: planning random routes across the grid, coping with navigation degradation and lost radios, the NAT HLA with its organised tracks, oceanic clearances and HF communications, and the operating procedures and contingencies that keep unradared traffic apart.
Between Europe and North America lies airspace with no radar for most of the crossing, traffic packed onto wind-optimal tracks, and separation built from clearances, clocks and navigation performance rather than a controller's screen. The region runs on special rules, published regionally and collected for crews in the North Atlantic operations manual, and nobody flies there without training on them.
This module works through that rulebook in four lessons: first the transoceanic craft of planning random routes and handling degraded navigation, lost communications and contingencies; then the NAT HLA and its organised track system; then oceanic clearances and the communications that carry them; and finally the operating procedures, from the master document to the strategic lateral offset, that keep the system honest.
The operator's paper spine and the aeroplane's dirty days: the operations manual with its four parts and their rules, the MEL and its master list, the ground de-icing and anti-icing discipline from holdover time to the commander's veto, and what ice in flight and contaminated runways do to an operation.
Everything this course has taught so far lives somewhere, and that somewhere is the operations manual: the operator's own book of policies, procedures and limits, structured the same way at every airline so that any inspector, and any examiner, can find the page. This module opens with that book and its most-consulted companion, the minimum equipment list, the document that decides whether a broken part grounds the flight.
The module's other two lessons put the aeroplane in bad weather on the ground and in the air: the de-icing and anti-icing ritual with its fluids and holdover times, and then in-flight icing and contaminated runways, where the runway condition codes and hydroplaning arithmetic decide what the day's performance is really worth.
The hazards that meet the flight at its lowest and loudest: recognising and escaping low-level wind shear and the microburst, the wake a big wing leaves for the aircraft behind, the noise abatement procedures that shape departures and arrivals, and the birds that share the aerodrome.
The operations manual's Part A files its policies for adverse and potentially hazardous atmospheric conditions and for wake turbulence; this module opens those chapters where they bite: in the lowest few hundred feet of every departure and approach. The first lesson takes the invisible hazards, the shear that steals airspeed and the wake that rolls the aircraft behind, and turns the sister courses' physics into operational drills.
The module's other two lessons stay near the ground: the noise abatement procedures that trade profile against decibels without ever outranking safety, and the bird strike risk that the aeronautical information services map, the aerodromes manage and the commander reports.
The emergencies the operations manual rehearses before they happen: fire and smoke in flight and the extinguisher chemistry that answers them, overheated brakes, the cabin losing its pressure slowly or explosively, and the module's second half, putting the aircraft down where no runway waits and jettisoning fuel to make that survivable.
Everything in this module is a procedure the crew hopes never to fly, learned precisely because the day it is needed leaves no time to learn it. The first lesson takes the on-board emergencies that arrive in flight: fire in its compartments, smoke on the flight deck, brakes glowing after a rejected take-off, and the pressurised cabin failing slowly or all at once.
The second lesson takes the arrivals nobody plans: the emergency landing, the precautionary landing and the ditching, the passenger briefing and evacuation that follow, and the fuel jettisoning that turns an overweight emergency into a survivable landing weight.
The course's last module guards the aircraft against what people bring aboard: the security regime that keeps unlawful interference off the aeroplane and scripts the day it gets on anyway, and the dangerous goods world, the classes and labels, the operator's approval, and the rules that decide what flies, how it is packed and stowed, and what the crew must know about it.
Two threats close the course, and both walk up the airstairs. The first is deliberate: the module opens with security, the vocabulary and objectives shared by ICAO Annex 17 and the EU's common rules, the transponder protocol for a crew that cannot say what is happening aboard, and the training, search and reporting duties that surround an act of unlawful interference.
The second threat is chemical and often innocent: dangerous goods, from the classification and labelling system that names each hazard, through the operator's approval and the acceptance, loading and inspection machinery, to the crew's information, the emergency response, and the reports when something leaks, spills or was never declared at all.