FAA MEI study plan

Build a one-page outline of the learning process (behaviorism vs. cognitive/constructivist views) and the levels of learning, then teach it aloud in 10 minutes without notes

Map each of the eight instructor responsibilities and the five characteristics of an effective instructor to a concrete cockpit or ground-training example you have personally flown or observed

Write out the four levels of the teaching process and the elements of a well-constructed lesson plan, then convert one maneuver you already teach into a full lesson plan with objectives, content, and completion standards

Draft a 12-question quiz on human behavior, defense mechanisms, and student motivation, and justify each correct answer with a principle rather than a memory item

Assemble a technical-subject binder covering aerodynamics, powerplants, systems, and performance for the aircraft you will instruct in, citing AFM/POH data rather than recollection

Derive and explain Vmc, critical engine determination, and the factors that degrade or improve single-engine performance, working each factor through a numeric example

Compute a full multiengine takeoff and climb performance scenario (accelerate-stop, accelerate-go, single-engine service ceiling) from real POH charts

Explain the effect of density altitude, weight, and configuration on both normal and single-engine performance without referring to notes

Diagram the fuel, electrical, hydraulic, and propeller systems of a typical light twin and describe failure modes and appropriate pilot responses for each

List the preflight action items required by regulation for both day VFR and IFR cross-country flights and identify which items are commonly skipped in practice

Explain weight and balance, CG limits, and the effect of loading on stall speed and controllability using a sample loading problem

Compare the airplane's AFM limitations and systems against the pilot's operating handbook supplements you will actually reference in the aircraft

Prepare a complete preflight briefing script covering weather, NOTAMs, performance, and risk, and deliver it in under 8 minutes

Build a preflight lesson on a maneuver you will perform in flight (for example, an engine-failure-on-takeoff procedure) that includes objectives, common errors, and completion standards

Rehearse the maneuver lesson on the ground with a mock student and record the timing and clarity of your explanations

Identify the regulatory and practical items that must be verified before every instructional flight and produce a checklist you will actually use

Diagram a standard traffic pattern with all legs, entry procedures, and radio calls, then explain the differences between towered, non-towered, and Class D operations

Describe the elements of each of the required flight maneuvers (stalls, slow flight, steep turns, chandelles, lazy eights, eights on pylons) and the standards by which they are judged

Write the common errors and their corrections for at least six maneuvers, drawing on your own training experience

Explain runway incursion avoidance, wake turbulence separation, and collision avoidance procedures in the traffic pattern

Explain and demonstrate the aerodynamics of each multiengine maneuver: Vmc demonstration, engine failure on takeoff, engine failure in flight, and single-engine approach and landing

Identify the conditions under which a Vmc demonstration is required and the recovery technique, and articulate why the maneuver is performed at altitude

Describe the procedures for asymmetric flight including drag reduction, feathering, and the decision to continue or abort

Compare single-engine handling characteristics at low airspeed, high power, and aft CG with the conditions that make Vmc most critical

Define each element of single-pilot resource management (situational awareness, workload management, automation management, risk assessment, decision-making) and give a cockpit example of each

Apply a structured risk-assessment tool (for example, the 3P model or a personal minimums checklist) to three realistic go/no-go scenarios

Explain how to teach aeronautical decision-making and risk management to a student rather than simply modeling it

Identify the hazardous attitudes and the corresponding antidotes and describe how to recognize them in a student

Review every domain using the artifacts you produced in weeks 1-7, filling gaps with targeted study rather than rereading

Deliver a full mock practical test: an oral exam on all eight areas and a ground briefing on one maneuver, timed and self-scored

Practice explaining the areas you are weakest in, aiming for clear, correct, and concise answers

Confirm your knowledge of the regulatory and administrative requirements for the instructor certificate and the privileges and limitations that apply