Single-Pilot Resource Management (SRM)

Single-Pilot Resource Management is the FAA's answer to a structural problem: the Crew Resource Management discipline that transformed airline safety was built around a two-pilot crew cross-checking each other, yet most general-aviation flying is conducted by one person with no second set of eyes. SRM takes the same underlying idea — use all available resources to keep the flight safe — and reframes it for an operator who has to be pilot, monitor, navigator, and decision-maker simultaneously. The FAA describes it as the art and science of managing all the resources, both on board the aircraft and from outside sources, available to a single pilot before and during flight.

SRM is conventionally taught as six interlocking components. Aeronautical Decision Making (ADM) is the systematic mental process a pilot uses to choose the best course of action for a given set of circumstances. Risk Management is the identification, assessment, and mitigation of hazards, commonly structured with the PAVE checklist (Pilot, Aircraft, enVironment, External pressures) before flight and the 5P check (Plan, Plane, Pilot, Passengers, Programming) at decision points en route. Task Management is the ordering and shedding of workload so the pilot is never saturated at the critical moment. Automation Management is the deliberate control of the autopilot, GPS navigator, and glass-cockpit systems so the technology reduces rather than adds to workload — the failure mode being automation dependency, where a pilot loses the manual and mental skills to fly when the box misbehaves. Situational Awareness is the accurate, continuously updated mental model of the aircraft, its position, and its trajectory. Controlled Flight Into Terrain (CFIT) awareness is treated as its own component because loss of terrain awareness in a serviceable aircraft remains one of the deadliest single-pilot accident categories.

SRM is one of the three tenets of the FAA/Industry Training Standards program, alongside scenario-based training and learner-centered grading, and the three are designed to work together: scenario-based flights create realistic decision points, SRM supplies the framework a pilot uses to work through them, and the collaborative debrief reinforces the reasoning. The concept is now embedded across the certification path. It appears in the Private Pilot, Commercial Pilot, and Instrument Rating Airman Certification Standards as risk-management elements attached to nearly every task, and the Flight Instructor ACS requires a CFI candidate not only to practice SRM but to teach it. The Aviation Instructor's Handbook (FAA-H-8083-9) and the Pilot's Handbook of Aeronautical Knowledge (FAA-H-8083-25) both carry SRM as core content.

SRM should not be confused with crew-based CRM. CRM, codified for air-carrier operators under FAA Advisory Circular 120-51E and EASA Part-ORO, distributes tasks and cross-checks across a crew; SRM assumes there is no crew and instead trains the pilot to substitute external resources — ATC, flight service, dispatch, passengers, checklists, and automation — for the missing second crew member. EASA has no separate SRM certificate, folding equivalent single-pilot human-factors content into its CRM and threat-and-error-management syllabi, which is one of the clearest points where the FAA and EASA training vocabularies diverge.

For a flight school, SRM is where a syllabus either produces judgment or merely produces stick-and-rudder competence. A student who can fly a flawless steep turn but who over-trusts the autopilot, saturates on a busy approach, and loses the terrain picture is exactly the profile SRM exists to correct. Because the Airman Certification Standards now attach risk-management elements to almost every task, an examiner can — and will — fail a checkride on SRM alone, even when every maneuver is within tolerance. Schools that treat SRM as a briefing-room afterthought rather than as graded, in-flight content leave their students exposed on the practical test.

The operational challenge is that SRM is hard to assess with a pass/fail maneuver mindset. Judgment shows up as choices made under realistic pressure, which means it has to be captured in the record — which resource the student recognized, which decision they made, and how their reasoning developed lesson over lesson. Instructor standardization matters here too: two CFIs watching the same diversion decision should be reinforcing the same SRM framework, not their personal preferences. That consistency is a training-management and quality problem, not just an instructional one.

Aviatize's Training Management module lets a school build the SRM components into its syllabus as graded elements rather than informal briefing points, so ADM, risk management, task management, automation management, situational awareness, and terrain awareness are each recorded lesson by lesson. Instructors capture the student's reasoning in the debrief against the same lesson record used for maneuvers, which keeps judgment visible across the PPL, CPL, and CFI path instead of evaporating after each flight.

With Ground Training & Checking, the school can standardize how every instructor introduces and grades SRM, and KPI reporting surfaces students whose risk-management or automation-management scores lag their manual flying — the exact gap that fails checkrides under the current Airman Certification Standards. The result is an evidence trail a Head of Training can defend in an audit and use to target individual development.