Why it works
The worked-example effect comes from cognitive load theory: novices learn more from studying worked examples than from unguided problem-solving, because their limited working memory is not spent searching for a method. Fading the guidance as expertise grows transfers the thinking to the student.
The research: Sweller on cognitive load and worked examples.
The run-of-show
Choose your slot. The agenda, timings, and length update to match.
The core activity: plan a think-aloud
Teachers leave with a scripted think-aloud for a task their students find hard.
- Pick a task or problem students struggle with.
- Break it into the steps an expert actually takes, including the decisions.
- Script the think-aloud, narrating the choices, not just the moves.
- Plan a faded sequence: worked example, then partly worked, then independent.
Facilitator notes
- Resist going too fast or too perfectly. Show a mistake and the recovery.
- Use a worked example before problem-solving to cut cognitive overload.
- Fade the support deliberately so students take over the thinking.
Adapt it
- <b>Elementary:</b> model with concrete materials and plain talk.
- <b>Secondary:</b> worked examples first, then faded practice.
- <b>Students who need support:</b> annotated worked examples they keep as a reference.
Participant handout
One page for every teacher. Print it, or save it as a PDF.
Modeling & Worked Examples: show the thinking
<b>Make expert thinking visible:</b> think-alouds, worked examples, and faded support.
- The task I will model:
- The hidden steps to narrate:
- One decision I will think aloud:
- My faded sequence (worked, partial, solo):
- Where students keep the example:
Make it stick
Keep models visible after the lesson:
- Leave a worked example or anchor chart up for reference.
- Build a bank of worked examples for the trickiest content.
- Bring one think-aloud that worked to the next PLC.
Common questions
Won't modeling make students dependent?
Should I ever model a mistake?
How is a think-aloud different from explaining?
Go deeper
- Rosenshine, Principles of Instruction