AI Skill Report Card

Applying PZ Thinking Routines

A-83·Oct 1, 2026·Source: Extension-page
14 / 15

A thinking routine is a short, repeatable set of questions or steps that scaffolds student thinking and makes it visible to both teacher and student. To apply one:

  1. Identify the thinking goal (e.g., "I want students to notice details and form questions before reading a text").
  2. Pick a routine matched to that goal (e.g., See-Think-Wonder for observation/curiosity).
  3. Run the routine's steps verbatim with students, documenting their responses (sticky notes, shared doc, chart paper).
  4. Revisit the documented thinking later (end of lesson, next class) to show growth.
  5. Reuse the same routine across multiple artifacts/units rather than switching routines constantly — repetition builds the thinking "muscle."

Example immediate application:

Routine: See-Think-Wonder
Artifact: A historical photograph
- See: "What do you observe?"
- Think: "What do you think is happening?"
- Wonder: "What does this make you wonder?"
Document answers publicly. Return to "Wonder" list after the unit to see which questions got answered.
Recommendation▾
Add a few more concrete examples showing a 'bad' routine choice vs a 'good' one to illustrate the mismatch pitfall concretely.
14 / 15

Progress:

  • Step 1: Clarify the thinking disposition/skill to target (e.g., observing, finding complexity, recognizing perspectives, reasoning, questioning)
  • Step 2: Match that goal to a routine category (see Category Map below)
  • Step 3: Select a specific routine within that category, considering age group, subject, and whether this is students' first exposure (if new, start with a Core routine)
  • Step 4: Prepare the artifact/content the routine will be applied to (text, image, object, concept, dilemma)
  • Step 5: Introduce the routine's steps explicitly and name the "thinking move" being practiced
  • Step 6: Facilitate the routine, documenting student responses visibly (board, shared doc, sticky notes)
  • Step 7: Plan a return point — revisit documented thinking later in the unit to surface development
  • Step 8: Repeat the same routine across contexts before introducing a new one, to build fluency
Recommendation▾
Expand the Category Map table with brief one-line descriptions of less-common routines (e.g., Headlines, Zoom In) for users unfamiliar with PZ terminology.
GoalCategoryExample Routines
New to routines / general-purposeCoreSee-Think-Wonder, Connect-Extend-Challenge, I Used to Think...Now I Think...
Opening a unit, sparking curiosityIntroducing and Exploring IdeasChalk Talk, Zoom In
Building deeper analysis mid-unitDigging Deeper into IdeasClaim-Support-Question, What Makes You Say That?
Wrapping up, drawing conclusionsSynthesizing and Organizing IdeasConnect-Extend-Challenge, Headlines
Examining objects/designed systemsObjects and SystemsPart-Purpose-Complexity, Think-Feel-Care
Building empathy / other viewpointsPerspective TakingCircle of Viewpoints
Exploring tension, multiple sidesPerspectives, Controversies, and DilemmasCompass Points
Brainstorming, analogical reasoningPossibilities and AnalogiesCreative Questions, Generate-Sort-Connect-Elaborate
Engaging with art/images/objectsWith Art or ObjectsSee-Think-Wonder, Looking Ten Times Two
15 / 20

Example 1: Input: "I'm starting a new unit and want students to surface prior knowledge and curiosity about climate change." Output: Use Chalk Talk (Introducing and Exploring Ideas category) — a silent written brainstorm on large paper. Students add thoughts/questions, build on each other's comments in writing, no talking. Document the chart; revisit it at unit's end to show how thinking evolved.

Example 2: Input: "My students need to consider a controversial local policy from multiple angles." Output: Use Compass Points (Perspectives, Controversies, and Dilemmas) — have students articulate what Excites them, what they Worry about, what they Need to know, and their Stance/next Steps regarding the policy. This surfaces tensions and multiple facets before debate.

Example 3: Input: "I want students to examine a piece of technology and appreciate its design." Output: Use Part-Purpose-Complexity (Objects and Systems) — identify the object's parts, their purposes, and how those parts interact in complex ways.

Recommendation▾
Include an example for a younger age group (e.g., elementary) to show how routine selection/facilitation might differ from the current secondary-leaning examples.
  • Match tool to goal first, then pick the routine — never choose a routine because it's popular (e.g., See-Think-Wonder, Circle of Viewpoints, Compass Points, Claim-Support-Question, I Used to Think...Now I Think...) without confirming it fits the thinking skill needed.
  • Repeat, don't rotate. Use one routine across several artifacts/sessions so it becomes an internalized habit, not a novelty.
  • Make documentation visible and persistent — charts, shared docs, sticky notes — and deliberately plan to revisit it later so growth in thinking becomes observable.
  • Name the thinking move explicitly ("we're doing the 'Wonder' step — generating questions") so students can transfer the skill to new contexts.
  • Start with Core routines when students or the teacher are new to this approach.
  • Layer routines within a unit: an Introducing routine at the start, a Digging Deeper routine mid-unit, a Synthesizing routine at the close.
  • Treating a routine as a one-off worksheet rather than a repeated structure — this undermines the "muscle-building" effect.
  • Switching routines every lesson instead of reusing one until it becomes familiar.
  • Skipping documentation, which erases the ability to show students how their thinking developed.
  • Choosing a routine based on popularity/familiarity rather than alignment with the specific thinking disposition being targeted.
  • Forgetting to revisit earlier documented thinking — the routine's value compounds when students compare initial vs. later responses.
0
Grade A-AI Skill Framework
Scorecard
Criteria Breakdown
Quick Start
14/15
Workflow
14/15
Examples
15/20
Completeness
17/20
Format
15/15
Conciseness
13/15