Build with AI

AI Design Playlab

Ready-to-use prompts, Gems, and frameworks for designing transparent, human-centered AI learning experiences.

AI Transparency Booster

Empower Students to Reflect on Their AI Use

Teachers can incorporate this structured transparency prompt into AI-enhanced (AI+) assignments by requiring students to engage with an AI tool (such as Grok, ChatGPT, or similar) for research, brainstorming, drafting, or refinement as part of the task. At the conclusion of their AI session, students simply copy-paste the provided prompt into the same chat thread, which generates a clean, standardized summary including interaction counts, engagement with Costa’s Levels of Questioning (1. Gathering/Input for basic recall; 2. Processing for analysis and inference; 3. Applying/Output for synthesis and creation), an overall usage rating, and positive reinforcement on their strengths.

Students then submit only this output (along with their final work) via the LMS or assignment dropbox. This approach promotes metacognition, ensures honest disclosure of AI assistance, reinforces positive habits through encouraging feedback, and allows instructors to quickly gauge depth of thinking and AI reliance without needing access to full chat histories—keeping student privacy intact while fostering responsible AI integration in the classroom.

Gem

Using Google at your institution?

If your institution uses Google, you can direct students to use this Google Gem that will ask them to key in “Done” when they are finished to receive the AI Transparency Analysis.

AI Transparency Booster Gem (opens in new tab)

Student Directions: When you finish working with AI on this assignment, paste the prompt below into the same chat. Submit the AI’s full response with your assignment.

Copy and paste prompt for students to use after they engage with AI

Create an honest AI transparency statement for this chat conversation. Analyze only the messages before this one. Base every judgment on evidence from my actual messages. Do not inflate or soften your assessment. An accurate report is more useful to me than a flattering one.

Use these exact sections:

1. Interaction Count: Number of messages I sent.

2. Bloom's Taxonomy Levels: Identify the Bloom's levels my own thinking demonstrated and note the highest. For each level, give one example from my messages and briefly explain why it fits that level. Credit a level only if I did that thinking, not the AI.

3. Who Drove the Thinking: Choose one: Student-Led / Shared / AI-Led. In 2-3 sentences, explain whether I contributed my own ideas, questioned or pushed back on responses, and revised the AI's output, or whether I mainly requested answers and accepted them.

4. Level of AI Use: Choose one: Minimal / Moderate / Substantial / Primary (Primary means the AI produced most of the core work). In 1-2 sentences, name what the AI was used for (brainstorming, explaining, outlining, drafting, editing, fact-checking, etc.).

5. Honest Feedback: Give one specific strength in how I used AI and one specific way I could do more of the thinking myself next time. If my participation was minimal, state that plainly.

Output only these five sections. No introduction, closing, or extra commentary.

See it in action

AI Transparency Booster – Exemplar

Below is an example of how the AI Transparency Booster statement worked with my paper “The Flowers, the Flying Machine, and the Genie (opens in new tab).”

1. Total interactions

Number of messages you sent: 19

2. Costa’s Levels of Questioning Engagement

Level 1 — Gathering/Input

  • "what lexile level is this paper written?" — a request for a measurable property of an existing text.
  • "would it be apropriate to put inline citations along with the references" — a request for a convention or rule.

Level 2 — Processing

  • "does the bomber have a scary tone of ai. i dont want people to see me as a doomer" — analysis of how a rhetorical choice would be perceived by an audience, weighed against a reputational risk.
  • "the subtitle says four ordinary things, but the title list 3 things" — detection of an internal inconsistency across two parts of the document.
  • "this also not my originial thought... Also i want to make sure i do not step in goverment regulations" — evaluation of attribution obligations and scope boundaries in your own argument.

Level 3 — Applying/Output

  • The four original analogies you generated unprompted: the flowers-and-thank-you-note comparison, the Wright brothers compression argument, the dual-use aviation parallel, and the Aladdin/genie framing.
  • "the one thing i want this paper to lean heavier into is the role ai plays in education and how it relies on educators to teach these things, because busy parents or colleagues or supervisors do not have the time or expertise" — synthesis of a new central thesis and direction for revision.
  • "should we include this as part of the subtitle or as the hook" — application of structural and rhetorical judgment to your own draft.

3. Overall AI usage summary

You supplied the original ideas, the argumentative direction, the voice specification, and every substantive revision decision; the AI functioned as a drafting partner, research verifier (the 1903 New York Times editorial, the specification-gaming attribution), formatting engine, and editorial sounding board. The AI produced most of the prose in the finished document, but did so against analogies, a thesis, and a set of constraints that originated with you, and you rejected, redirected, or corrected the output at every stage. Rating: Substantial.

4. Positive feedback

  • You caught attribution problems in your own favor’s direction rather than the AI’s — twice flagging that an idea in the draft was not originally yours and asking for it to be properly credited, which is a higher standard of intellectual honesty than most drafting processes apply.
  • You iterated with clear purpose rather than accepting output passively, repeatedly narrowing scope ("i do not want to step in government regulations"), adjusting tone for a specific audience risk, and catching a factual-consistency error between the title and subtitle that had gone unnoticed.
  • You drove the conceptual work yourself, arriving independently at an analogy that turns out to appear in the AI safety literature, and then generating the essay’s central thesis about the educator’s role as a genuine addition rather than accepting the draft as complete.

Design with AI

Try These Starter Prompts

This is a curated environment designed to help you navigate the intersection of policy and practice. Whether you are drafting institutional guidance or building classroom assignments, these resources—including the NCCCS AI Guidance Handbook and my TrAIT, AI Sandwich, and AI Scholar frameworks—are here to serve as your foundation.

I invite you to use these starter prompts, or the Google Gemini Gems for educators on this page, to ask questions, brainstorm frameworks, or get started immediately on your own AI design projects.

Note: Users will need to log into their Google account before using the Gemini Gems.

For Policy Design

Act as a policy consultant. Based on the guardrails in the NCCCS Handbook, draft a 'Purpose Statement' and three specific policy guidelines for my department that balance AI innovation with academic integrity.

For Assignment Creation

I want to redesign a writing assignment using the AI Sandwich method and the TrAIT Framework. How can I structure the 'Human-First' and 'Human-Last' steps to ensure students are still meeting the core learning objectives?

For Classroom Transparency (TrAIT)

I am teaching a course that I want to designate as 'AI-Enhanced' under the TrAIT framework. Please analyze the framework's definition of 'AI+' and generate a syllabus policy that encourages students to use tools like ChatGPT for brainstorming and outlining, but strictly prohibits them for final drafting. How should I phrase this to ensure clarity?

For Course Redesign for AI Scholars

I want to upgrade my current course to produce 'AI Scholars.' Based on the framework, give me one example of a classroom activity for each stage of the progression: one that ensures Compliance, one that builds Literacy, and a capstone project that demonstrates Fluency.

Custom assistants

Google Gemini Gems for Educators

Remember: Think of these Google Gems as a specialized research assistant trained on our specific educational frameworks. They are designed to spark ideas, not dictate final decisions. We strongly encourage you to “push back”—ask follow-up questions, request different tones, or refine the details until it matches your needs.

STEP: A Framework for Student AI Fluency. AI becomes a true learning partner only when it scaffolds, so the student does the thinking. A chart shows AI support fading as student responsibility grows across four moves: Show (AI models), Try (AI coaches), Explain (AI questions), and Prove (AI steps back), moving along the zone of proximal development from just beyond reach with help to can do it alone. It contrasts an AI that scaffolds (student learns) with an AI that does the work (student doesn't learn).
Article

STEP: A Framework for Student AI Fluency

When AI does the work, students do not learn. This article introduces STEP (Show, Try, Explain, Prove), a framework for building student AI fluency grounded in Vygotsky’s zone of proximal development and the research on instructional scaffolding. It explains how AI can serve as a more knowledgeable other (MKO), but only when teachers set it up to scaffold: adjusting support to what the student already knows, fading help as the student grows, and handing responsibility back to the learner.

Drawing on recent studies of generative AI in classrooms, the article shows why default AI tools can boost short-term performance while weakening independent learning. It then walks through each STEP move, from AI modeling a task to the student proving they can do it alone, and maps each step to the ZPD and scaffolding research. Six original graphics illustrate the key ideas, including a two-track comparison of an AI that scaffolds and one that simply does the work.

The appendix includes a ready-to-use prompt that teachers can paste into a Google Gem, custom GPT, or similar tool to create their own scaffolding AI assistant. Written for educators and instructional leaders from K-12 through higher education, it pairs current research with practical guidance.

Read STEP: A Framework for Student AI Fluency (opens in new tab)