Lesson Planning & Assessment

Course of Training

A complete sequence of training that leads to a specific goal — typically a certificate or rating. Two regulatory frameworks:

• Part 61 — flexible. The instructor can structure training to fit the student. Hour requirements are minimums; specific tasks must be completed but the order is up to the CFI.
• Part 141 — structured. An FAA-approved syllabus dictates the sequence and content. Often allows a reduction in minimum hours but requires strict adherence.

The course of training should:

• Have clear objectives and standards (the ACS for the certificate is the gold standard)
• Sequence content from simple to complex, known to unknown
• Include checkpoints — stage checks, knowledge tests, mock orals

Blocks of Learning

The course of training is broken into blocks — coherent groupings of related skills that are taught together. Examples for a PPL helicopter course:

• Pre-solo block: hovering, normal takeoffs and landings, traffic pattern, radio communication, hovering autorotation
• Solo block: solo pattern work, supervised solo cross-country
• Cross-country block: dual XC, solo XC, navigation, diversions, lost procedures
• Maneuvers block: slope ops, confined area, max performance takeoff, run-on landing, full autorotation
• Checkride prep block: ACS-aligned mock orals, mock practical tests

Build blocks so that mastery in one block forms the foundation for the next. Don't move on with a weak foundation — the cracks will show in checkride prep.

Syllabus

A syllabus is the structured sequence of lessons that implements the course of training. Used as a guide, not a rigid script — the syllabus accommodates students with varying backgrounds, levels of experience, and ability.

• States the goal and objective for each lesson
• Lists the prerequisite knowledge and skills
• Specifies the activities, equipment, and time allocation
• Defines completion standards
• Tracks student progress through the program

Lesson Plan — The Single Lesson

A lesson plan is the organized outline for one instructional period. A well-structured lesson plan includes:

1. Objective statement — what the student will be able to do by the end
2. Completion standards — the measurable performance criteria (ACS tolerances)
3. Equipment / aircraft / location
4. Schedule — total time, breakdown by phase
5. Introduction — Attention, Motivation, Overview (AMO)
6. Development — the actual teaching content, sequenced
   • Past to present
   • Simple to complex
   • Known to unknown
   • Most frequently used to least used
7. Conclusion — review, summary, preview of next lesson
8. Assessment — how mastery will be evaluated

If you deviate from the syllabus or planned lesson, document why. The student's logbook and lesson record should reflect what actually happened.

Introduction — AMO

• A — Attention: Focus the student. A story, video clip, question, or even a joke. Anything that stops the student's mind from wandering.
• M — Motivation: Tell the student why this lesson matters. Connect to their goals (Thorndike's Law of Readiness — learning happens when ready).
• O — Overview: Roadmap of the lesson. The student should know what's coming next at all times.

Scenario-Based Training (SBT)

The lesson is structured around a realistic mission rather than isolated maneuvers. Goal: develop the judgment and decision-making that real flight requires.

Characteristics of a good scenario:

• Realistic — matches situations the student will face after certification
• Has more than one acceptable outcome (no single "right" answer)
• Doesn't reveal the obvious answer — student has to think through it
• Doesn't promote errors — the scenario should not pressure the student into doing something unsafe
• Promotes situational awareness and decision opportunities

Example: "You're at a confined area for a charter pickup. The wind has shifted from forecast. Density altitude is 200 ft higher than briefed. You have one passenger and four fuel cans waiting. How do you proceed?" No single right answer — but the student's reasoning reveals their decision-making process.

Higher Order Thinking Skills (HOTS)

Going beyond rote and understanding to application and correlation. The CFI's job is to push students toward HOTS — they're what separate a safe pilot from a checkride pass.

• Application: use what you know in new contexts
• Analysis: break a complex situation into components
• Synthesis: combine components into a new whole
• Evaluation: judge based on criteria

Use guided discussion and scenario-based training to develop HOTS. Lecture and rote drilling don't get there.

Assessment — Purpose & Methods

Assessment is part of the learning process — it's how you measure whether teaching produced the intended learning. Not the same as grading.

Methods:

• Oral quizzes — quick, low-stakes, frequent. Reveal misunderstandings immediately.
• Written exams — measure knowledge across a wider range. Used for stage checks and pre-solo / pre-checkride exams.
• Practical performance — in-flight or sim evaluation. Most authentic for psychomotor skills.
• Self-assessment — student evaluates their own performance against published standards. Builds the habit of self-critique that produces lifelong learning.

Characteristics of a Good Test

• Reliable — yields consistent results when administered repeatedly
• Valid — measures what it's supposed to measure
• Discrimination — distinguishes between students who know the material and those who don't (without trick questions)
• Authentic — correlates to real-world tasks
• Comprehensive — covers the relevant content, not just the easy questions

Assessment Characteristics — Critique & Feedback

Effective critique is:

• Flexible — adapts to the student's level and lesson context
• Objective — based on measurable performance, not opinion
• Organized — follows a coherent structure
• Thoughtful — shows genuine consideration of the student's effort
• Specific — names exact behaviors, not vague generalities
• Acceptable — students don't like negative feedback; deliver it in a way they can hear
• Comprehensive — covers all relevant aspects of the performance
• Constructive — provides direction, not just criticism

The sandwich rule: open with what went well, deliver the critical feedback, close with reinforcement. Critique should come immediately after the performance — memory of what happened fades fast.

Levels of Learning Objectives

Match assessment difficulty to where the student is in the learning progression:

• Rote — recall facts. Tested by simple recall questions.
• Understanding — grasp the concept. Tested by paraphrase or simple application.
• Application — use in new context. Tested by scenarios with novel parameters.
• Correlation — relate to other concepts. Tested by complex scenarios requiring integration of multiple subjects.

The Demonstration-Performance Method — Five Phases

The dominant method in flight training. Each new maneuver follows this sequence:

1. Explanation — Cover the maneuver verbally on the ground or pre-flight. State the objective, completion standards, common errors, and recovery techniques.
2. Demonstration — Instructor flies the maneuver while narrating. Minimize extraneous activity. If something deviates from the explanation, acknowledge it immediately.
3. Student Performance — Student attempts the maneuver. Two phases: the physical/mental skill, then the instructor's supervision overlapping.
4. Instructor Supervision — Stay ready to take controls but let the student work through it. Verbal coaching is fine; over-coaching prevents learning.
5. Evaluation — Critique the performance. Compare against standards. Identify next steps.

The Three Types of Practice

• Deliberate practice — focused, effortful, with feedback. Targets a specific weakness. Most effective for skill development.
• Blocked practice — repeating the same skill many times. Builds initial proficiency.
• Random practice — varying skills mixed together (autorotation, then approach, then steep turn). Builds adaptability and is closer to real flight.

Early in training, blocked practice dominates. As skills develop, shift to random practice — that's where students learn to handle the variability of real operations.

Positive Exchange of Flight Controls

Standard protocol so both pilots always know who has control. Three-call sequence:

1. The pilot transferring control says: "You have the controls."
2. The pilot taking control responds: "I have the controls."
3. The original pilot confirms: "You have the controls."

Brief this on every flight. The protocol prevents both pilots from thinking the other has the helicopter at a critical moment — a known cause of accidents in training environments.