Aeronautical Decision Making (ADM)

Aeronautical Decision Making (ADM) is the systematic approach the FAA prescribes for the mental process a pilot uses to consistently determine the best course of action in response to a given set of circumstances. It was introduced formally in FAA Advisory Circular AC 60-22, issued in 1991, which drew on more than a decade of research showing that structured judgment training measurably reduced pilot decision errors. ADM is now woven through the Pilot's Handbook of Aeronautical Knowledge (FAA-H-8083-25) and, critically for training, it appears as a required element of the Airman Certification Standards (ACS): candidates must demonstrate sound risk management and decision making, not merely stick-and-rudder proficiency, to pass a practical test.

At its core, ADM reframes safety as a judgment discipline rather than a purely mechanical one. AC 60-22 built ADM around several interlocking ideas. The first is the model of hazardous attitudes — five recurring patterns of thinking that lead pilots into poor decisions: anti-authority ("don't tell me"), impulsivity ("do something quickly"), invulnerability ("it won't happen to me"), macho ("I can do it"), and resignation ("what's the use"). Each hazardous attitude has a memorized antidote that a pilot is trained to recall — for example the antidote to anti-authority is "follow the rules, they are usually right," and the antidote to invulnerability is "it could happen to me." Recognizing which attitude is driving a bad impulse, and applying its antidote, is a teachable skill.

The second core element is a repeatable decision loop. AC 60-22 presents the DECIDE model: Detect a change, Estimate the significance of the change, Choose a safe outcome, Identify actions to control the change, Do the action, and Evaluate the effect. The DECIDE loop gives a pilot a structured sequence to follow under time pressure instead of reacting ad hoc.

ADM is the umbrella; risk management is the toolset it employs, and the FAA supplies several mnemonic frameworks for identifying and controlling risk. PAVE divides pre-flight and in-flight risk into four categories — Pilot, Aircraft, enVironment, and External pressures — so a pilot can build a personal risk checklist. IMSAFE is the pilot self-assessment checklist — Illness, Medication, Stress, Alcohol, Fatigue, and Emotion (some sources add Eating) — used to decide fitness to fly. The 5P check (Plan, Plane, Pilot, Passengers, and Programming) is applied at defined decision points during a flight to re-evaluate whether conditions still support continuing. These frameworks are the practical instruments through which ADM is exercised; ADM itself is the disciplined habit of using them.

ADM complements two related human-factors disciplines already common in aviation training. Crew Resource Management (CRM) applies structured decision making, communication, and workload management to a multi-crew flight deck, while ADM historically emphasized the single-pilot case; the two share the same intellectual roots and AC 60-22 explicitly adapts CRM concepts for single-pilot operations. Threat and Error Management (TEM) provides a broader model of anticipating threats, trapping errors, and managing undesired aircraft states, into which ADM's decision loop fits as the response mechanism. Modern competency-based training (CBTA) treats problem solving and decision making, situational awareness, and workload management as core competencies observed and graded through defined behaviors — an approach that operationalizes what ADM has always aimed at.

For flight schools, ADM is not an abstract concept but a graded outcome. Because the Airman Certification Standards require applicants to demonstrate risk management and decision making across nearly every task, an instructor cannot recommend a student for a checkride on flying skill alone. Schools that treat ADM as a bolt-on ground-school lecture rather than a thread running through every lesson find their students unprepared when a Designated Pilot Examiner probes how they would handle deteriorating weather, a marginal runway, or pressure to complete a trip. Embedding ADM means scenario-based training from early lessons, explicit use of PAVE and IMSAFE at every pre-flight, and honest debriefs that grade the decision, not just the landing.

The operational payoff is also a safety one. The recurring accident causes documented in general-aviation accident analyses — VFR flight into instrument conditions, fuel exhaustion, continued approach when a go-around was warranted, pressing on into terrain or weather — are overwhelmingly decision failures, not skill failures. A school that can show its syllabus deliberately teaches hazardous-attitude recognition, the DECIDE loop, and structured go/no-go decision making has both a stronger safety record and a defensible position in its safety management system when a regulator or insurer asks how it addresses human factors. ADM grading also gives instructors a shared vocabulary for a subjective area, making a student's judgment progress trackable rather than a matter of one instructor's impression.

Aviatize's Training Management module lets a school build ADM into the syllabus as gradeable criteria rather than leaving it to instructor memory. Decision-making, risk-management, and situational-awareness items can be attached to individual lessons and stage checks, scored on each flight, and tracked across a student's record so that a weak trend in judgment shows up before it reaches a checkride or an incident. Ground Training & Checking supports the knowledge side — hazardous attitudes, the DECIDE model, and the PAVE, IMSAFE, and 5P frameworks — with records that prove the material was delivered and assessed.

Where ADM meets safety oversight, Aviatize's Safety Management module lets a school link the recurring decision-error patterns seen in accident analyses to its own hazard register and mitigations, closing the loop between what the syllabus teaches and what the school's SMS monitors. Together these give a school a documented, inspectable line from human-factors theory to graded student performance to safety assurance.