RunsheetKnowledge Modeling

Peer Instruction

ComplexityMedium

Time10-20 min je Frage

Participants6-50

FormatWorkshop

MaturityCanonical

Preparation

What needs to be ready before start

Materials

Concept Questions (multiple-choice with conceptual distractors); voting system (cards, Slido, Mentimeter, clickers); whiteboard for answer distribution; timer; script with learning objectives.

People / roles

An instructor or workshop leader who asks questions and moderates discussion; six to fifty learners; one assistant for voting setup in large groups.

Pre-read

Learning objectives and target group; concept questions prepared in advance (at least three per objective, each with conceptual distractors instead of detail traps); expected distribution per question; time budget per question.

Time needed

10-20 min per question

Setup

Test voting tool in advance. Make concept question and answer options visible. Arrange seating to support pair or trio discussions. Rule: solo first, peer next, solo again.

Core question

The one question this method answers

Do learners understand the concept deeply enough to answer a well-crafted concept question correctly, or do conceptual gaps remain that peer discussion can resolve?

Flow

Marker: Phase

Step	Duration	Action	Hint
1Phase 1: Ask concept question	2-3 min per question	Introduce the question and options. Ensure understanding of the question, not the answer. Make clear that multiple options can seem plausible, only one is correct.	If learners need to ask what the question means, the question is poorly worded. Pilot it before the workshop.
2Phase 2: Vote individually	1-2 min per question	Silent solo voting without discussion. Use voting system or cards. Silence forces independent thinking rather than social conformity.	If learners look around to see what others choose, voting anonymity matters, or use cards face-down.
3Phase 3: Show answer distribution	1-2 min per question	Visualize response distribution anonymously. If there is clear consensus above 80%, summarize briefly and move to next question. If distribution is wide, trigger peer phase.	A 60-80% correct distribution is ideal for Peer Instruction. If below 30% correct, the concept is not sufficiently taught; insert a mini-lesson.
4Phase 4: Peer discussion	3-5 min per question	Learners discuss in pairs or trios, preferably with different answers. They should explain to each other and reach a shared answer.	Peer explanation often works better than teacher explanation because peers have already walked the misunderstanding path. Instructor circulates and listens, intervening only on severe errors.
5Phase 5: Vote again and explain	3-5 min per question	Second vote. Show distribution, then explain the correct answer and common distractor logic.	If the correct share does not increase after peer phase, the question is too hard or most learners share the same misunderstanding. Instructor gives clear explanation and learns from the pattern.

Artifact

What comes out at the end

Form

Question pool in a Markdown or Notion database with learning objective, question, options, correct answer, distractor logic plus vote statistics per question before and after peer discussion, and notes on recurring misconceptions.

Versioning / ownership

One entry per workshop or course with date and learner group. Refine question pool over time; replace or rephrase distractors that never work.

Tool alternatives

Mentimeter or Slido for voting
iClicker or Plickers for large lecture settings
Google Forms with live sheets
Cards in classroom for analog settings

peer-instruction-working-template.md

Compact working template for Peer Instruction with context, input, output artifacts, and next step.

Peer Instruction Working Template

Goal

Learners answer concept questions, discuss with peers, and vote again.

Context

When and for what do we use this method?

Input

Which data, observations, decisions, or materials are available?

Execution

Short notes along the runsheet.

Output artifacts

Concept Questions:
Vote Results:
Learning Notes:

Assumptions and open questions

Decision / Next step

Owner, date, and success signal.

Example output

Concrete filled scenario, fictional example

peer-instruction-beispiel.md

Concrete filled scenario, fictional example

Peer Instruction — Database index workshop (20.05.2026)

Learning goal: Learners can identify when an index speeds up a query and when it does not.

Question 3: A table orders has 10 million rows and an index on customer_id. Which query benefits least from the index? A) SELECT * FROM orders WHERE customer_id = 42 B) SELECT * FROM orders WHERE customer_id IN (1,2,3,4,5) C) SELECT * FROM orders WHERE customer_id != 42 D) SELECT * FROM orders WHERE customer_id BETWEEN 100 AND 200

Distribution (vote 1, n=24): A 17%, B 12%, C 50%, D 21%. Correct answer: C.

Peer discussion 4 min in pairs.

Distribution (vote 2, n=24): A 4%, B 8%, C 79%, D 9%.

Symptom

Instructor gives hints during peer discussion and learners become passive.

What to do

Instructor should circulate and listen, asking questions. Intervene only for clearly wrong information, not uncertainty.

Stop criteria

Done signals checkable in under a minute

Concept Questions are not prepared; workshop becomes frontal lecture with voting theater.

Learner group smaller than 4 people, peer discussion becomes a two-person monologue.

Voting system is unreliable and answer distribution is not visible.

Topic is pure information transfer without testable concepts.

Time budget per question under 8 min, five phases cannot be completed.

Distractors only test trivia; method does not engage.

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