Free registered-user starter · v2 student simulator

AI-at-work Mini Simulator: a 30–45 minute starter

This is not a common-sense quiz. You will practice tool choice, prompt writing, output repair, source checks, responsible-use checks, and a small proof-card certificate across 12 short workplace scenarios.

Learn → Try → Prove
12 scenario modules
Copilot / Gemini / Claude
Starter certificate only

0. How to use this free starter

What this is: An introductory AI-at-work experience. Scenario choices help you practice safety, tool fit, prompting, and verification.

Why it matters: Strong external courses do more than explain concepts: they place AI inside office tools, cases, exercises, and badges. This lesson borrows those formats while keeping the AIAGES evidence boundary.

What you produce: 12 proof cards plus a modest starter certificate.

Do not: Do not treat it as a professional certification, job-readiness proof, or L5 mastery.

1. Mini simulator modules

Module 1/12 · Learn → Try → Prove

AI is an assistant, not an authority

Inspired by: Elements of AI / Google AI Essentials

Learn: AI can generate useful drafts and patterns, but it does not own truth, approval, or responsibility.
Scenario: A learner asks AI: “Does our refund policy allow this exception?” AI replies confidently: “Yes, policy allows it.”

Try: What is the safest next action?

Module 2/12 · Learn → Try → Prove

Match AI to the right work task

Inspired by: Google AI Essentials / Microsoft Work Smarter with AI

Learn: AI is strongest for draft, summarize, classify, compare, brainstorm, and check; weaker for final approval or accountable decisions.
Scenario: Your manager gives you messy notes from a workshop and asks for next steps by tomorrow.

Try: Which AI help is appropriate?

Module 3/12 · Learn → Try → Prove

Decisions AI must not make for you

Inspired by: UNESCO / Law Society / HMG Framework

Learn: Legal, medical, financial, HR, customer promises, budget approvals, and safety-sensitive decisions require human authority and source review.
Scenario: A customer complaint contains personal data and asks whether the company will compensate them.

Try: What should the learner do with AI?

Module 4/12 · Learn → Try → Prove

Choose the right tool for the work context

Inspired by: Microsoft Copilot / Gemini Workspace / Claude for Work

Learn: Tool choice should follow where the work lives: Office stack, Google Workspace, or long-document analysis.
Scenario: Pick the best tool carrier for each task: A) Teams meeting recap, B) Gmail reply draft, C) compare a 25-page policy with a checklist.

Try: Which mapping is best?

Module 5/12 · Learn → Try → Prove

Build a structured prompt

Inspired by: Microsoft goal/context/source/expectation + OpenAI structured outputs

Learn: A reliable prompt includes goal, context, source/material, output format, constraints, and what not to do.
Scenario: Bad prompt: “Make this better.” You need a meeting follow-up list from notes.

Try: Which prompt is strongest?

Module 6/12 · Learn → Try → Prove

Repair weak or unsafe AI output

Inspired by: Anthropic Interactive Prompt Tutorial / OpenAI iteration guidance

Learn: Good AI use is iterative: inspect output, identify unsupported parts, correct the prompt, and rerun or manually edit.
Scenario: AI summary says “All attendees approved the launch,” but the notes only say “Maya will ask Finance.”

Try: What repair instruction is best?

Module 7/12 · Learn → Try → Prove

Check sources and evidence

Inspired by: Anthropic/OpenAI structured outputs + AIAGES evidence chain

Learn: Every claim that matters needs a source, a caveat, or an unknown marker.
Scenario: Source says: “3 of 12 students missed onboarding because the calendar invite was unclear.” AI writes: “Most students failed onboarding due to calendar problems.”

Try: Which rewrite is evidence-safe?

Module 8/12 · Learn → Try → Prove

Everyday office mini simulation

Inspired by: Microsoft Learn Scenario Library / Google Workspace guides

Learn: A useful AI workflow has a work situation, input, prompt, output, and human check.
Scenario: You have meeting notes and need an email follow-up. Notes: “Alex drafts slides. Priya checks data. Deadline Friday. Budget approval pending.”

Try: Which output is safest?

Module 9/12 · Learn → Try → Prove

Responsible AI checkpoints

Inspired by: Salesforce Responsible AI / UNESCO / HMG

Learn: Before using AI, check data sensitivity, bias, permission, source reliability, and whether review/escalation is needed.
Scenario: You want AI to summarize student support cases that include names, grades, and personal issues.

Try: What is the right first move?

Module 10/12 · Learn → Try → Prove

Create a starter proof card

Inspired by: IBM SkillsBuild / Salesforce Trailhead / Microsoft badges

Learn: A useful certificate should show what you practiced without claiming professional mastery.
Scenario: You completed the starter. What should your proof say?

Try: Choose the honest certificate claim.

Module 11/12 · Learn → Try → Prove

Spreadsheet and data patterns: do not invent numbers

Inspired by: Microsoft Excel Copilot / Google Sheets / Ben Collins spreadsheet AI

Learn: AI can help classify rows, spot patterns, and propose formulas, but it must not invent missing numbers or treat weak signals as statistical proof.
Scenario: A small table shows 8 support tickets: 3 login issues, 2 billing questions, 2 unclear onboarding notes, 1 feature request. AI writes: “Billing is the main problem affecting most users.”

Try: Which response is safest?

Module 12/12 · Learn → Try → Prove

Responsible-use gate before the certificate

Inspired by: Salesforce Trailhead / HMG approval gates / UNESCO human agency

Learn: Before claiming completion, learners should show they know when to proceed, ask permission, or stop.
Scenario: Sort three cases: public course notes, private customer record, unsupported AI claim with fake source.

Try: Which sorting is correct?

2. Starter proof card + certificate

Complete 12/12 proof cards and confirm the boundary statement to generate the certificate.

Render Report

renderer_mode: free_ai_basics_v2_mini_simulator
modules: 12
interaction_pattern: Learn -> Try -> Prove
radio_inputs: 36
textareas: 0
tools: Copilot / Gemini / Claude
external_course_strengths: scenario_cases / tool_situated_tasks / prompt_lab / output_repair / source_verification / responsible_use / progress_proof
certificate_boundary: starter_completion_only