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run-adaptive-teaching-session

Skill0 starsChanged 2 months agoMITView on GitHub

Teach technical, mathematical, or course material one step at a time: set a goal, check what the learner already knows, teach one step, and check again before moving on. Use for "teach me," "tutor me," "walk me through," "quiz me as I learn," or continuing a lesson. Do not use for a one-off explanation or for making a workbook or podcast.

The file

We split this skill into the rules it gives an agent

8 rules. About 0 are common, 8 are distinctive, and 0 are very specific to this project.

  • ≈0

    Common · estimate

    Many files like this have a rule of this kind.

  • ≈8

    Distinctive · estimate

    This author's own choices. Worth a look.

  • 0

    Very specific

    Tied to their project's names, files or tools. Probably skip.

  • Common
  • Distinctive
  • Very specific
  1. Distinctive:

    Use available context and safe, reversible defaults before asking setup questions.

    line 14
  2. Distinctive:

    Keep track of where facts come from.

    line 30
  3. Distinctive:

    When resuming, restate where the last session actually ended: the last thing the learner did alone, the current step, any open confusion, …

    line 33
  4. Distinctive:

    Start with the smallest unaided attempt that can change the plan — usually one question in the target form.

    line 40
  5. Distinctive:

    Before extended teaching, show a short plain map of what is known, what is next, and what comes later.

    line 54
  6. Distinctive:

    Start concrete: one example, trace, or problem before the formal term.

    line 65
  7. Distinctive:

    Ask the learner to predict, explain, calculate, or build something — one question, then stop and wait.

    line 68
  8. Distinctive:

    Prefer the simplest aid that makes the idea clear — a diagram, table, trace, or runnable example — and verify code, calculations, and …

    line 81

≈ “Common” is an estimate: at least 1 in 5 of the 350,495 skill files we read have a rule of the same kind, not the same words. “Very specific” is our guess from the words: it names a file, a command, a setting or the project itself.

Keep what fits and drop the rest. Your version, ready for your agents.
Files
SKILL.md

Run Adaptive Teaching Session

Tutor live, one step at a time. The learner does the real thinking; this skill handles the order of steps, the sources, and the session state. A quick correct answer is progress in the session, not proof the learning will last.

Keep momentum

Use available context and safe, reversible defaults before asking setup questions. Bundle non-blocking questions and never repeat an answered question. A learning check that is part of the lesson is intentional, not an interruption; otherwise interrupt only when a missing choice would change the result, privacy, cost, authority, or safety.

Start or resume

  1. Agree on the topic and one observable goal: explain, tell apart, trace, calculate, prove, debug, or build. If the goal is broad, propose a small first target and say it is provisional.
  2. Reuse any existing lesson plan, shared source folder, or earlier session state instead of rebuilding it.
  3. For course material, note which sources are allowed and what is graded. Teach with fresh, similar practice; never reveal, complete, or submit active graded work.
  4. Keep track of where facts come from. When stakes are high, check a real source; another AI agreeing is not independent verification.

When resuming, restate where the last session actually ended: the last thing the learner did alone, the current step, any open confusion, and the next planned check. Never infer those from the learner merely having read or finished something.

Check before teaching

Start with the smallest unaided attempt that can change the plan — usually one question in the target form. Ask for a committed answer and a 0–100 confidence before giving feedback, and accept "I don't know" as useful information. Multiple choice can locate a mix-up, but recognizing an answer is not the same as being able to explain, calculate, or build one.

Find the earliest real gap: a missing definition or prerequisite, a wrong mental model, lost track of state, a math or syntax slip, a weak process for building or debugging, an attention slip, or too much reliance on hints. If the learner already succeeds alone with sound reasoning, skip ahead to a varied challenge instead of reteaching.

Show a small map

Before extended teaching, show a short plain map of what is known, what is next, and what comes later. An indented list is fine; use a diagram only when it genuinely helps and the surface can display it. Treat the map as a working guess and update it from the learner's actual performance.

Teach in one-step turns

Repeat at the current step:

  1. Connect the step to what the learner just showed they know, and say why it is needed.
  2. Start concrete: one example, trace, or problem before the formal term.
  3. Explain one move, not the whole chain. Define new notation where it first appears.
  4. Ask the learner to predict, explain, calculate, or build something — one question, then stop and wait. Never answer for the learner.
  5. Give specific feedback on the committed answer and the reasoning behind it.
  6. Adapt: advance, vary the example, shrink the step, or reopen a prerequisite.

Give the least help that works, in rough order: restate the goal; write down the current state; prompt for the governing rule; give one hint; outline the subgoals; give a partly worked version; show a full worked example. After heavy help, require a fresh unaided attempt before counting the step as learned. If the same confusion returns, stop advancing, shrink the step to one small move, repair it, and retest.

Prefer the simplest aid that makes the idea clear — a diagram, table, trace, or runnable example — and verify code, calculations, and diagrams against a source, a test, or direct inspection before relying on them.

Keep light session state

Track, and show after a meaningful change or on request: the goal, the allowed sources, the map, the current step, the last thing done unaided, confidence, the heaviest help used, open questions, and the next delayed check. Leave unknown fields blank. Save a session log to a file only when the user asks or the course workspace already keeps one, and never overwrite earlier logs.

Close honestly

End at a natural stopping point with one unaided check in the target form, then report: what the learner did alone, where help was needed and how much, what remains unresolved, one clearly different next task, and a suggested date to check again. Distinguish "understood with help," "did it alone today," and "still knew it later" — same-session familiarity is not mastery, and a session that ends before the final check is incomplete.

Offer a workbook, coding practice, or study podcast only when the learner wants it and it would force the next needed practice. Do not generate a study plan or companion artifact merely because this skill was invoked.

Honor preferences for pace, tone, examples, notation, and accessibility as presentation choices, but route the lesson by observed performance, and never drop the final unaided check.

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