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Day 3 · Dimension 3 · ~5 hours

Extension-Integrated Teaching Practice

Teaching with Extensions — Integration and Student Guidance

D3 measures what happens in the classroom. The live decision log, written during or immediately after the lesson, is the most critical evidence — it documents situated judgment in real time. The student guidance episode is assessed for whether it develops metacognition or just teaches tool operation rules.
Level 1–2
AI is used to display information; lesson structure unchanged. Student guidance says “check the facts” without specifying subject error types. Decision log written after lesson without timestamps.
Level 3
AI integration changes lesson sequencing or differentiation. Student guidance names a subject-specific error type. Decision log shows genuine in-the-moment uncertainty.
Level 4
Lesson architecture shows coordinated A/B/C transitions. Student guidance creates a metacognitive challenge. ≥1 planned AI use abandoned mid-lesson with a subject-specific reason.
4 TASKS What you will produce on Day 3
01 25–30 min Video-Recorded Micro-Lesson
LOG-CVideo + screen capture

A lesson you teach in your normal classroom, in your current unit, with AI present in a pedagogically meaningful way. The lesson must implement at least two different HAA extension types — you cannot pass Day 3 by running an entirely A-type or entirely C-type lesson. We want to see you transitioning between types in a single lesson.

The video must show the screen whenever AI tools are used, so the evaluator can see what the AI was producing and what you did with it. At least one moment must be an explicit mediation moment — a point where you visibly stand between the AI output and the students, reshaping, challenging, re-voicing, or refusing something. Timestamp that moment in the decision log.

Evaluation criteria: D3.1 Implementation of Human–AI Collaborative Teaching
02 Student Extension Guidance Episode
≥8 min within the lesson

An 8+ minute chunk of the lesson where you teach students how to think about AI as a cognitive extension — in your subject, for this kind of work. Three things must be present:

  1. Which extension type is in use in the current activity, and what that means for what AI is and isn’t doing for them.
  2. At least one subject-specific boundary condition. Not “always check the facts” — a specific type of error in your subject.
  3. At least one concrete override case. An example where the teacher or a student overrode the AI — show students what saying no to the tool looks like.
Subject-specific boundary example (Year 11 Chemistry): “Watch for when the AI gives you a reaction mechanism in one step when the actual mechanism has intermediates. It will sound confident about the single-step version because most textbooks start there. That’s the moment to ask for the intermediates explicitly.”

The difference between Level 2 and Level 3 is whether you teach operation rules (“click here, don’t paste that”) or metacognition (“here is what AI is doing to your thinking, and here is how to notice it”). Rules are brittle and generic. Metacognition is durable and subject-specific.

Evaluation criteria: D3.2 Guidance and Support for Students’ Extension Use
03 Live Decision Log
LOG-C≥8 timestamped entries

At least eight entries, each timestamped (minutes:seconds into the lesson). For each AI-related decision, record:

  • The action — what did you actually do?
  • Extension type — A, B, or C, and whether this matched your plan or deviated.
  • Pedagogical rationalein the moment, what were you trying to do for students’ learning?
  • Retrospective assessment — after the lesson, did that call work? Be honest. “It went badly” is valid and valuable.

At least one entry must record a deliberate exclusion — a moment where you decided not to use AI, with a subject-specific reason. This is the most important single entry in the log.

Entries that are conspicuously smooth — “I asked AI for X, it gave me X, I used X” — are the ones we trust least. We want entries where you weren’t sure, where the AI gave you something unexpected, where you had to decide whether to use what it produced.

Evaluation criteria: D3.1 Implementation of Human–AI Collaborative Teaching
04 3 Student Work Sample Evaluations
LOG-D3 evaluations

After the lesson, take three pieces of student work that involved AI. Apply the Output Evaluation framework from Day 2, but now to student-produced work. For each sample:

  • Identify at least one AI error or bias the student absorbed. Look for places where AI shaped the student’s thinking without either of you noticing at the time.
  • Name the likely misconception that would form if left uncorrected. Trace the learning consequence.
  • Write feedback addressing the student’s AI use, not just their work product. Not “this is correct/incorrect” but “this argument is two arguments stitched together, and the seam is where the AI took over. Here’s how I can tell.”

Teaching students to read their own AI-assisted work with this kind of attention is one of the things the rubric values most heavily.

Evaluation criteria: D3.3 Application of Learning Analytics
3 SUB-COMPETENCIES Evaluation criteria for Day 3
D3.1 Implementation of Human–AI Collaborative Teaching A+B+C combined
Primary evidence
Phase 3 · Video + Live Decision Log
Key question
Does AI integration change lesson structure, or is it cosmetically inserted?
1 — Nascent
AI used as cosmetic addition; does not structurally change lesson flow or differentiation. Cannot explain how AI altered the pedagogical process. Pedagogical control is passive.
2 — Developing
Integrates AI into one or two lesson phases with some structural effect but not systematically. Maintains basic control but judgment boundary points are implicit. Can describe AI’s role in general terms only.
3 — Proficient
Selects A/B/C types deliberately for each phase of lesson design. AI integration demonstrably changes structure, pacing, or differentiation. Actively mediates between AI outputs and student learning at identified boundary points.
Anchor: ≥1 lesson phase structurally altered by AI; decision log shows genuine boundary mediation.
4 — Advanced
Designs lesson architectures where A/B/C extensions are systematically coordinated. Uses integration evidence across multiple lessons to inform curriculum-level design. Mentors colleagues in deliberate co-teaching implementation.
p3t125–30 min Video-Recorded Micro-LessonLOG-C
Implement ≥2 different HAA extension types. Screen visible when AI tools are used. ≥1 explicit mediation moment timestamped in the decision log.
  • Multiple extension types genuinely present (not the same type applied twice)
  • Screen is visible during AI use — evaluator can see what AI produced
  • At least one mediation moment visible between teacher, AI, and students
p3t3Live Decision LogLOG-C
≥8 timestamped entries. For each AI use, adjustment, override, or deliberate exclusion — record extension type, pedagogical rationale, retrospective assessment. ≥1 entry must record a deliberate exclusion with a subject-specific reason.
  • Timestamps match the video (within reason)
  • Includes decisions not to use AI, not just AI-use events
  • Rationale is pedagogical, not logistical (“AI was slow”)
  • Retrospective assessment is honest — includes things that didn’t work
D3.2 Guidance and Support for Students’ Extension Use Central C-type scenario
Primary evidence
Phase 3 · Guidance Episode (video) + Student Work Evaluations
Key question
Does guidance develop metacognition, or teach tool operation rules?
1 — Nascent
Introduces AI tools as convenient helpers without addressing nature, limits, or cognitive risks. Student AI use is unmediated. Guidance focuses on how to use the tool, not how to think with it.
2 — Developing
Provides compliance-focused rules (“don’t plagiarise, verify facts”). Students not supported in developing evaluation or boundary-recognition skills. Teacher models AI use but reasoning is not made explicit.
3 — Proficient
Explicitly teaches students to understand AI as cognitive extension. Designs activities requiring output evaluation, boundary recognition, and agency maintenance. Makes own AI reasoning transparent; invites student critique.
Anchor: Guidance names a subject-specific error type; students challenged to classify an AI output.
4 — Advanced
Creates learning progressions for student AI metacognition across grade levels. Develops assessment instruments for student extension capability. Produces evidence-based resources; shares with professional community.
p3t2Student Extension Guidance Episode
≥8 min within the lesson. Teach students how to think about AI as a cognitive extension in this subject. Address: extension type, subject-specific boundary conditions, ≥1 concrete override case.
  • Episode is embedded in the lesson, not a standalone “AI safety” lecture
  • Students are active — they evaluate, classify, or challenge an AI output
  • Override case is concrete and subject-specific
D3.3 Application of Learning Analytics Core B-type capability
Primary evidence
Phase 3 · Student Work Sample Evaluations
Key question
Does evaluation address extension quality, or only content quality?
1 — Nascent
Receives AI-generated dashboards but does not use them for instructional decisions. Relies exclusively on direct observation. Cannot interpret standard visualisations.
2 — Developing
Uses analytics descriptively (identifying who is struggling) without critically evaluating recommendations. Conflates high engagement metrics with learning. Does not question data quality or algorithmic assumptions.
3 — Proficient
Critically reads learning analytics to identify patterns and anomalies. Distinguishes algorithmic recommendations from contextual judgment. Identifies when aggregate data masks individual variation. Evaluates data quality before acting.
Anchor: Evaluation identifies what AI-use pattern generated the student error, not just the error.
4 — Advanced
Designs analytics use protocols for teaching teams. Evaluates platform data quality and algorithmic transparency. Contributes to institutional policy on ethical student data use. Develops professional development resources.
p3t43 Student Work Sample EvaluationsLOG-D
Apply the Output Evaluation framework to AI-assisted student work. Identify AI errors/biases, name likely misconceptions, write feedback addressing the student’s AI use — not just their work product.
  • Evaluation distinguishes between the student’s work and the AI’s contribution
  • Errors traced to AI’s influence, not just flagged in the final product
  • Feedback tells the student what to do differently with AI next time
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