2-Minute Tuesday Let's CFI faster Issue 40
Problem Based Instruction FI.I.C.K9
Why This Matters
You can teach a student every maneuver to ACS tolerances and still send them out unable to make a decision on their own. Judgment comes from working real problems that don't have one clean answer. That's problem-based learning, and it's the mechanism behind ADM.
What PBL Is
A learning environment where lessons put learners in front of problems encountered in real life and ask them to find real-world solutions. It starts with a carefully constructed problem to which there is no single solution.
Good problems are real-world, open-ended, require decisions, connect to what the student already knows, and reflect the lesson objective. The payoff: deeper understanding, better recall, and the development of HOTS (analysis, synthesis, evaluation).
What that looks like in practice:
| Rote Learning | Higher-Order Thinking (HOTs) |
|---|---|
| Memorizing the go-around procedure | Recognizing when to go around |
| Reciting weather minimums | Deciding whether to continue or divert |
| Recalling emergency checklist steps | Making the call under stress |
A student can recite go-around steps perfectly and still delay the go-around until it's too late. Knowing what to do isn't the same as recognizing when to do it.
Three Types of PBL
Scenario-Based Training
A structured script of real-world experiences in an operational environment.
(Covered in depth in the Learning Process, FI.I.B.K8.)
Five traits of a good scenario:
Is not a test
Has no single right answer
Offers no obvious answer
Does not promote errors
Promotes situational awareness and decision-making
Collaborative Problem-Solving
You give a group a problem and they solve it. You assist when needed, but solving it without your help is part of the learning.
Case Study
A story that forces the learner into a real situation. They analyze it, draw conclusions, and offer solutions.
The best source is free: take an NTSB accident description, strip out the probable cause, and let students analyze it without bias. Reveal the finding after they've committed to their reasoning.
How I Think About It
What This Looks Like
Your student can already run a weight and balance. Instead of another worksheet, you give them a problem: four adults, a weekend's worth of bags, and a 400-mile trip in the 172 they fly.
They work it. It doesn't close. They're over gross, or the CG is out the back. Now they have decisions: leave bags, leave a person, fuel stop en route, or take a different airplane. You guide with questions rather than answers. What happens to your CG as you burn fuel? What's the cost of the extra stop?
Then you reflect: why did you choose that option, what else could you have done, and what makes your answer the best one here? The math was never the lesson. The decision was.
Checkride Q&A
DPE Might Ask
"Your student makes a poor decision during a scenario. What do you do?”
Weak Answer
"I'd stop them right there and explain the correct decision so they don't reinforce a bad habit. Then I'd have them run the scenario again and make the right call."
Why this fails
Kills the learning. Jumping in turns the problem into a test with a right answer, which is exactly what a scenario shouldn't be. And the student never sees where their decision actually led, which is the part that would have changed their thinking.
Strong Answer
"That's the teaching moment, not a failure. A good scenario has no single right answer, so I expect poor decisions. I've thought about which outcomes are good and bad so I know roughly when to let something run.
On the ground, I let it play out. Instead of stopping them at the decision, I keep the scenario moving: okay, you're 20 miles out now, here's what you're seeing. One poor call rarely ends badly on its own. Usually they recognize the spot they're in and adjust, which is the real skill and one they only practice if I let it run. And if it does end badly, that's fine too: now we can trace exactly why that decision produced that outcome. In the airplane it's different. I'm still PIC, so I'll let them go far enough to be instructive and then step in before it's unsafe.
Either way, the learning is in the reflection: why did you decide that, what else was available, what would you do differently? That's the same approach I'd use with any error, asking them to work out why it happened rather than just correcting it."
The mock checkride on backseatpilot.app asks questions like this across every element in Task I.C.
Nate is a CFI, CFII, and MEI, former USAF C-17 Instructor Pilot, and current airline pilot with 8,500+ flight hours. He writes 2-Minute Tuesday to make CFI checkride prep clearer, simpler, and more logical, one ACS element at a time.
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