Instructional Aids & Training Technologies FI.I.C.K7

Why This Matters

A great explanation, unsupported, still leaves gaps. Some things are faster to show than to say, and some relationships only click when a student can see them. Instructional aids close that gap. Used well, they measurably improve retention. Used poorly, they're a distraction.

What Makes One Effective

Good instructional aids share three traits:

• Cover the key points: Not everything, just what matters

• Straightforward and factual: Easy to remember and recall

• Simple: Relatively simple aids consistently outperform elaborate ones

Why Use Instructional Aids?

Guidelines for Use

Plan it - Four steps:

1. Establish the lesson objective. Know exactly what you're communicating.

2. Gather the data. Research your support material.

3. Organize it into a lesson plan, including key points and any safety considerations.

4. Select what needs an aid. Concentrate on the key points. Reach for an aid when something is long and technical, hard to describe, or where you notice yourself forming a mental picture the words aren't capturing.

Execute it well:

• Keep it simple and matched to the material. Complex equipment may need a detailed schematic; simple equipment needs only a basic shape

• Minimize words. The aid supports your verbal presentation. It isn't a script

• Don't lean on it as a crutch, and avoid distracting artwork

• Test it in the actual environment. Volume, visibility from the back of the room, contrast. An aid nobody can see or hear has no value

• Draft, then check. For instructor-made aids, build a rough draft and review it for accuracy, terminology, spelling, and clarity before using it

A quick gut-check: does it support the objective, stay learner-centered, build on what they already know, and use terminology they'll understand? If yes, you're on track. That's most of what the AIH's own checklist for aids comes down to.

Types

• Marker board: Reusable, and good for joint instructor-learner work

• Print material: Photos, charts, diagrams; cheap, durable, good for long-term display

• Enhanced training materials: Syllabi and maneuvers guides built with endorsements, recordkeeping, and the ACS baked in

• Projected material and video: Plan it, preview it, don't let it replace you. Summarize and take questions after

• Interactive/CAL systems: Branching, responsive software; the instructor shifts to facilitator but still owns the learning objectives

• Models, mock-ups, and cut-aways: Physical stand-ins for equipment that's too costly, too dangerous, or impossible to bring into the room

What This Looks Like

You're teaching the fuel system on a complex, multi-tank aircraft.

• Objective: The student understands fuel flow and tank management well enough to catch an imbalance before it's a problem.

• Data: You pull the POH's fuel system diagram and your own notes on common mismanagement errors.

• Lesson plan: Fuel flow first, then tank switching procedures, then the failure scenarios.

• Aid selection: This is exactly the case for a diagram: a system with multiple interacting parts, hard to describe in words alone, and you notice yourself gesturing to explain it. You sketch it on the marker board, building it live so students see the relationships form.

• Execution: Simple labels, no clutter, and you check that the sketch stays legible for the students in the back row.