← Education tools & resources NextGen-AI · Educator learning pathways
Build a skill. Bring it to class. 12 practical skill builders for educators, from your first AI prompt to a carefully evaluated classroom pilot. Leave each exercise with something you can review, adapt, and use.
Find your starting point · About 5–7 minutes
Which AI skills should you build next? Work through 12 classroom scenarios, then share your experience, confidence, teaching goal, and available practice time. You’ll get a suggested learning sequence with an explanation for each recommendation.
This is an informal learning guide, not a certification or evaluation of teaching ability. No account is needed. Answers remain in page memory unless you choose to save your plan on this browser. Changing starting answers rebuilds your plan and clears the current ending check.
New to AI? Begin with 1–3. Then choose a classroom need from 4–10. Use 11–12 to teach AI concepts or share learning with colleagues. Experienced educators can jump straight to a relevant activity.
1. Foundations ↓ 2. Classroom practice ↓ 3. Lead & evaluate ↓ These are original NextGen-AI practice exercises, paired with external courses, documentation, or curriculum—not accredited courses or provider-endorsed lesson plans. Times estimate the exercise only; external study takes additional time. Check providers for access, cost, and any credit requirements. Resources reviewed October 20, 2026.
Stage 1
Foundations No prior AI experience required. Use a familiar topic and an approved tool.
Skill builder 1 · About 30 minutes of practice
Understand AI before using it Explain what generative AI can and cannot do to a colleague.
You’ll create: A one-page AI strengths-and-limits guide.
Open exercise: Understand AI before using it Read an introductory provider lesson. Ask an approved assistant to explain a familiar concept; mark facts, guesses, and omissions. Write a five-sentence explanation of when teacher judgment is needed. Success check: Your guide names two useful applications and two limitations, with a verified example.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Microsoft Learn: Empower educators to explore AI ↗
Related tool profile: Gemini → Skill builder 2 · About 30 minutes of practice
Build a reusable lesson prompt Turn a vague request into a repeatable teaching workflow.
You’ll create: A prompt template plus an annotated before-and-after example.
Open exercise: Build a reusable lesson prompt Choose an objective, grade band, and expected student work. Write a prompt specifying context, task, constraints, and output format. Compare two drafts and revise the prompt using a clear quality criterion. Success check: The revised output matches your objective and requires fewer factual or instructional corrections.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Microsoft Learn: Enhance teaching and learning with Copilot Chat ↗
Related tool profile: Microsoft Copilot → Skill builder 3 · About 35 minutes of practice
Verify AI claims and sources Teach evidence checking using a teacher-prepared AI response.
You’ll create: A claim-evidence worksheet with a teacher answer key.
Open exercise: Verify AI claims and sources Generate a short answer on a topic you know well. List three checkable claims and locate reliable original sources independently. Annotate supported, unsupported, and misleading statements; write a corrected answer. Success check: Every retained claim has a source that actually supports it; invented references are removed.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Common Sense: AI literacy lessons ↗
Related tool profile: Perplexity → Stage 2
Classroom practice Start with the foundation skills, a learning objective, and a resource you can adapt.
Skill builder 4 · About 40 minutes of practice
Differentiate a reading without losing meaning Keep the same learning goal while changing reading demands.
You’ll create: Two reviewed reading versions and a common exit ticket.
Open exercise: Differentiate a reading without losing meaning Select a short text you have permission to use and identify its essential ideas. Create two versions with different vocabulary support and sentence complexity. Compare each with the original and add a shared comprehension question. Success check: Both versions retain key facts and require the same core reasoning.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Diffit: How to get started ↗
Related tool profile: Diffit → Skill builder 5 · About 40 minutes of practice
Design a better formative assessment Build questions that reveal misconceptions rather than recall alone.
You’ll create: A five-question check, verified key, and reteaching decision guide.
Open exercise: Design a better formative assessment Choose one learning objective and two likely misconceptions. Draft five questions with answers and explanations using an approved planning tool. Solve every question yourself; revise ambiguous distractors and plan a reteaching response. Success check: Each item measures the objective and every distractor has an interpretable purpose.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
MagicSchool professional learning ↗
Related tool profile: MagicSchool → Skill builder 6 · About 35 minutes of practice
Give feedback that supports revision Use AI drafts to improve feedback while retaining teacher judgment.
You’ll create: A feedback model and student revision checklist.
Open exercise: Give feedback that supports revision Write a fictional student paragraph and a short rubric. Request feedback tied to rubric evidence, with one actionable next step. Remove unsupported judgments and compare the feedback against your own review. Success check: Feedback points to specific text and helps revision without rewriting the work for the learner.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Google: Generative AI for Educators ↗
Related tool profile: Gemini → Skill builder 7 · About 45 minutes of practice
Create an accessible multimodal resource Make the same concept available through text, images, and audio.
You’ll create: A reviewed mini-resource with text alternatives and transcript.
Open exercise: Create an accessible multimodal resource Choose a short explanation and identify barriers in its wording and layout. Draft plain-language text and image descriptions; prepare an audio script with a transcript. Review meaning and test reading order, keyboard navigation, and descriptions with a colleague. Success check: Essential information is available without relying only on sight or sound.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
W3C WAI: Informative images tutorial ↗
Related tool profile: Book Creator → Skill builder 8 · About 40 minutes of practice
Build multilingual learning supports Support language access while preserving subject vocabulary.
You’ll create: A reviewed glossary and bilingual directions.
Open exercise: Build multilingual learning supports Choose five subject terms and a short set of classroom directions. Draft a bilingual glossary and examples using an approved tool. Ask a proficient speaker to check meaning and register; retain the original text alongside the adaptation. Success check: Translations preserve the concept, and learners can connect each term to an example.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Diffit how-to and training resources ↗
Related tool profile: Diffit → Skill builder 9 · About 40 minutes of practice
Plan a reading-fluency practice cycle Connect AI-supported practice with teacher observation.
You’ll create: A practice plan and teacher observation sheet.
Open exercise: Plan a reading-fluency practice cycle Explore Microsoft’s Reading Coach training module. Try a practice passage yourself and plan how to observe accuracy, expression, and understanding. Design a brief follow-up discussion and an equivalent offline activity. Success check: Your plan combines tool feedback with comprehension checks and human observation.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Microsoft Learn: Build reading fluency with Reading Coach ↗
Related tool profile: Microsoft Reading Coach → Skill builder 10 · About 45 minutes of practice
Prototype a tutor that gives hints Create a guided activity that makes learners explain their thinking.
You’ll create: A reviewed tutoring prototype and three test transcripts.
Open exercise: Prototype a tutor that gives hints Choose a narrow topic and define what a successful explanation looks like. Configure a teacher-controlled activity to ask one question at a time and provide hints. Preview as a learner: test a wrong answer, an unclear answer, and a request for the solution; revise before any student pilot. Success check: The prototype prompts reasoning and your plan specifies when a teacher intervenes.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
SchoolAI: Getting started with Spaces ↗
Related tool profile: SchoolAI → Stage 3
Lead & evaluate Build on your classroom practice. Invite a colleague to review your plan.
Skill builder 11 · About 45 minutes of practice
Teach how AI learns from examples Make data, patterns, and limitations visible in a classroom lesson.
You’ll create: A short AI literacy lesson and reflection prompt.
Open exercise: Teach how AI learns from examples Explore Code.org’s AI curriculum and select an activity for your grade band. Rehearse the activity, noting how changing examples affects predictions. Add a discussion of whose examples are missing and an exit question on model limitations. Success check: Learners can explain why examples affect predictions and identify one limitation.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
Code.org / CodeAI curriculum and professional learning ↗
Related tool profile: Curipod → Skill builder 12 · About 60 minutes of practice
Run an evidence-informed classroom pilot Decide whether an AI workflow deserves wider use.
You’ll create: A one-page pilot plan and review rubric.
Open exercise: Run an evidence-informed classroom pilot Define one learning problem, a baseline task, and a measurable success criterion. Agree on school approvals, accessibility, a non-AI option, and what non-sensitive evidence to collect. Plan a small trial and a colleague review; record benefits, errors, teacher time, and a continue/change/stop decision. Success check: The decision uses learning evidence and review effort, not just engagement or novelty.
Reflect: What did you change after reviewing the AI output, and what would you do differently next time?
Open specific training lesson ↗
TeachAI: Principles for AI guidance ↗
Related tool profile: MagicSchool → Turn practice into a learning portfolio Save your objective, prompt, first draft, reviewed version, and a short reflection. Discuss one example with a colleague before adapting it for students. After classroom use, record what learners understood and what you would revise.
Use fictional examples while practicing. Student-facing activities require school approval and appropriate age and account access. Review factual accuracy, accessibility, and any student data handling before use.
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