FAA FII study plan

Build a one-page map of the learning process (how adults acquire and retain motor and cognitive skills) and label where preflight briefing, maneuver demonstration, and postflight critique fit

Write out the instructor's legal duties under the regulations you will be tested on: endorsements, records, and the flight review and instrument proficiency check structure, citing the specific rule for each

Draft a 15-minute preflight briefing script for an instrument lesson that states the objective, completion standards, and the common errors you expect, then rehearse it aloud twice

List the four levels of learning and give one instrument-training example of a student performing at each level

Analyze the human factors that drive instrument errors (situational stress, fatigue, hazardous attitudes, and the physiological limits of spatial disorientation) and match each to a specific instructional countermeasure

Construct a lesson plan for teaching basic attitude instrument flying that includes an anticipatory set, demonstration, guided practice, and a critique tied to a measurable standard

Explain the instructor's responsibility for endorsing a student for an instrument knowledge test and a practical test, and identify what makes an endorsement invalid

Practice delivering a 10-minute critique of a simulated poorly flown approach, separating observable performance from personality

Diagram the clearance delivery, ground, tower, departure, center, approach, and tower sequence for an IFR flight and annotate what each controller expects you to read back

Decode and explain every element of an IFR clearance (clearance limit, route, altitude, holding instructions, departure frequency, transponder code) using at least three original example clearances you write yourself

Describe the standard instrument departure and standard terminal arrival route structure, including how to select and brief one and what to do when ATC issues 'climb via' or 'descend via'

Identify the instrument systems most likely to fail or mislead in IFR flight (pitot-static, gyroscopic, and electronic attitude and heading sources) and state the failure indication and backup for each

Sequence and explain the phases of an instrument approach, from initial approach fix through missed approach, including the meaning of the approach clearance and the clearance to descend

Differentiate the major approach categories by their vertical guidance and minimums, and state what equipment and qualifications each requires of the pilot

Interpret a textual approach procedure description (course, altitudes, distances, minimums, missed approach) without any chart in front of you and reconstruct the vertical and lateral path

List the ATC services and pilot reports relevant to IFR flight (traffic advisories, safety alerts, PIREPs, and weather deviations) and state when you must request or provide each

Compute a complete IFR flight plan for a route of at least 300 nautical miles: true course, winds aloft, magnetic heading, fuel burn including reserve and alternate, and time en route

Evaluate the weather products that matter for an IFR go/no-go decision (TAFs, area forecasts, aviation routine weather reports, winds and temperatures aloft, freezing level, and convective outlook) and state the specific threshold that would cancel the flight

Explain the alternate-airport requirements and the conditions under which an alternate is or is not required, and select an alternate that satisfies them

Describe the navigation systems used in IFR flight (ground-based and satellite-based) and the monitoring and integrity requirements that apply to each

Analyze icing, turbulence, thunderstorms, low ceilings, and wind shear as IFR hazards and write the specific escape or avoidance action for each

Interpret a textual meteorological report and forecast line by line, including the meaning of each descriptor, intensity, and probability group

Explain how aircraft performance changes in IFR conditions (density altitude, contaminated runway, climb gradient requirements on departures and approaches) and compute a required climb gradient from a given procedure

Describe the aircraft systems that support IFR flight (alternator and electrical load, vacuum or pressure sources, anti-ice and deice, and autopilot) and the failure modes that force a change of plan

Integrate the instructional and regulatory content by writing a scenario in which you must teach a student to fly an instrument approach while managing the legal and recordkeeping requirements

Construct a set of at least 20 original practice questions spanning the fundamentals of instructing, instructor responsibilities, and ATC procedures, each with a worked explanation

Identify your three weakest subtopics from weeks 1 through 6 and write a targeted remediation plan for each

Rehearse the oral-exam style explanation of one endorsement or recordkeeping requirement in under three minutes

Build a second 20-question original practice set focused on flight planning, navigation, weather, performance, systems, and approach procedures, with worked explanations

Complete a timed full-length mixed review under exam conditions and score it by domain to confirm no domain falls below your target

Re-derive from memory the clearance readback, approach brief, and missed-approach decision flow, and correct any gaps against your notes

Write a one-page pre-exam summary of the facts you are most likely to forget, limited to items you have gotten wrong at least once