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Zeyad Al MothafarAugust 2, 2026Last updated: August 2, 202615 min read

40 Ready-to-Use AI Prompts for Teachers: Planning, Assessment and Feedback

The short answer

To get a genuinely useful teaching output from AI, do not just ask it to "plan me a lesson". Specify the role you want the tool to take, the grade and subject, the learning outcome, the source material, the time available and the file format you need. This guide collects forty copy-and-adapt prompts for planning, explaining, differentiating, activities, assessment, feedback and administration. Review every output before you use it, and never put personal student data into a general-purpose tool. If you would rather not retype context each time, Motqn builds the same materials directly from your textbook through structured steps.

40 Ready-to-Use AI Prompts for Teachers: Planning, Assessment and Feedback
Start here

Read the complete guide to AI for teachers — what to automate first, how to start in a week, and where the guardrails belong.

1

5 prompts for lesson plans and schemes of work

Replace the bracketed fields with your own details, and attach the lesson pages or extracts whenever you can. The clearer the source, the objective and the timing, the closer the plan lands to the reality of your classroom.

Prompt 1: A daily lesson plan: You are an expert in instructional design. Create a lesson plan for [subject], grade [grade], on [lesson topic], lasting [duration]. Make the learning outcome measurable, split the plan into starter, explanation, activity and closing assessment, and use only the attached content.
Prompt 2: A weekly plan: Turn the topics in [unit] into a weekly plan across [number] lessons. Distribute the learning outcomes, activities and assessments progressively, clarify what the teacher and the student need in each lesson, and add no topics beyond the attached curriculum.
Prompt 3: A starter that surfaces prior knowledge: Suggest three short starters for a lesson on [topic] that reveal prior knowledge and misconceptions among grade [grade] students. Write the teacher's question, the expected response, and how to use the answers to adjust the start of the explanation.
Prompt 4: A 45-minute timing plan: Design a timed sequence for a 45-minute lesson on [topic]. Specify the minutes for each stage, the teacher's role, the student's role, and a check for understanding after each major concept.
Prompt 5: A fallback plan for when the technology fails: Create a non-digital alternative version of the lesson plan for [topic] that can be delivered if the internet or projector fails. Keep the same learning outcome and use simple, readily available classroom resources.
Practical tip

Attach the specific pages of the textbook rather than uploading a pile of loosely related sources. A focused source keeps the output inside the lesson.

2

5 prompts for explaining and simplifying concepts

Use these to produce a range of draft explanations, then choose the one that suits your students' language and experience. Never adopt an example or a fact before checking it against the approved source.

Prompt 6: Three levels of explanation: Explain the concept of [concept] in three versions: very simple, appropriate for grade [grade], and a deeper version for an advanced student. Maintain scientific accuracy and state what differs between the versions.
Prompt 7: An everyday analogy: Invent an everyday analogy that makes [concept] accessible to grade [grade] students. Explain where the analogy works and where it breaks down, so it does not create a new misconception.
Prompt 8: Identifying misconceptions: List four common misconceptions that may appear when students learn [concept]. For each, write a question that exposes it and a short teaching response that corrects it without embarrassing the student.
Prompt 9: A concept map: Turn the content of [lesson] into a text-based concept map. Put the central concept first, then the sub-concepts and the relationships between them, and suggest the order in which they should appear in a presentation.
Prompt 10: Socratic questions: Write a sequence of seven graded questions that lead grade [grade] students to conclude [idea] for themselves. Do not state the answer directly, and add a short hint for each question in case students get stuck.
Practical tip

Always ask the tool to state the limits of an analogy and the source of its facts. An engaging explanation is not enough if it is misleading.

3

5 prompts for differentiation

Differentiation does not mean preparing three separate lessons. Keep the same learning outcome and vary the amount of support, the complexity of the task, or the way students demonstrate understanding.

Prompt 11: One activity at three levels: Design a single activity on [topic] at three levels: core support, standard practice and advanced challenge. Have everyone working towards the same learning outcome, and explain the criterion for moving between levels.
Prompt 12: Scaffolds for a struggling student: Break the task [task] into small steps for a student who needs extra support. Add a partially worked example, guiding questions and a checklist that lets them work with growing independence.
Prompt 13: Enrichment for an advanced student: Suggest a deep enrichment task for students who have mastered [learning outcome]. It must require applying knowledge in a new context or justifying a decision, not simply answering more questions.
Prompt 14: Simplify the language: Rewrite the following activity instructions in clear, direct language suitable for grade [grade] while keeping the core concepts intact. Split long sentences and explain essential terminology: [instructions].
Prompt 15: Options for showing understanding: Suggest four different ways a student could demonstrate understanding of [concept]: writing, an oral explanation, a visual representation and a practical application. Use one shared marking criterion across all four.
Practical tip

Review the activities against what you actually know about your students. AI knows nothing about individual needs beyond the non-identifying information you give it.

4

5 prompts for activities and classroom games

Make sure the activity measures a clear objective rather than becoming entertainment detached from the lesson. Ask for short rules and a participation format that gives every student time to think.

Prompt 16: An opening activity: Suggest a five-minute opening activity for a lesson on [topic] that sparks curiosity and reveals prior knowledge. It should need no devices, and write out the teacher's instructions word for word.
Prompt 17: Cooperative learning: Design a cooperative activity for four groups on [topic]. Define each student's role, the required product, the timing, the success criterion, and how to prevent one student doing the work for the whole group.
Prompt 18: A curriculum-linked game: Turn the concepts in [lesson] into a ten-card classroom game. Give each card a question or challenge plus feedback, and award points for justification and collaboration rather than speed alone.
Prompt 19: Exit tickets: Write three different exit tickets that measure the learning outcome [outcome] in two minutes. Explain what each possible answer means and the right teaching decision for the next lesson.
Prompt 20: A real-world problem: Create a realistic situation close to the lives of grade [grade] students that requires applying [concept]. Include sufficient data, a decision question, and three criteria for a good solution.
Practical tip

Time the activity before the lesson, and prepare a shortened version you can run if you end up with only half the time.

5

5 prompts for writing questions and exams

Decide the learning outcome, the question type and the level of thinking before you ask for questions. After generating them, check every answer key, distractor and mark allocation against the textbook.

Prompt 21: Multiple choice: Write ten multiple-choice questions on [topic] for grade [grade]. Each must have one best answer and three distractors built on common errors. Then give the answer, its justification, and its reference in the attached content.
Prompt 22: Short answer: Create eight short-answer questions that measure understanding and application of [concept]. Specify the expected answer length, the acceptable answers, the marks, and the common error for each question.
Prompt 23: A thinking-level blueprint: Create a 20-mark test blueprint for the unit [unit]. Distribute the marks across recall, understanding, application and analysis, and link every question to a learning outcome before writing any questions.
Prompt 24: Two equivalent papers: Create two equivalent versions of a test on [topic]. Keep the same learning outcomes, question types, marks and difficulty; change the values or examples and the order of options without changing the skill being measured.
Prompt 25: An explained answer key: Create an answer key for the following test. Give the solution, its steps, the mark distribution, the reason the answer is correct, and when a student earns partial credit: [test].
Practical tip

Never use a generated question in a high-stakes test before solving it yourself, confirming there is exactly one correct answer, and checking it against what was actually taught.

6

5 prompts for rubrics and feedback

Useful feedback describes what worked, identifies one priority gap, and proposes an actionable next step. Avoid generic praise and avoid passing final judgement on the student.

Prompt 26: A rubric: Create a four-level rubric for the task [task]. Use observable criteria and write a clear descriptor for each level covering accuracy, reasoning and organisation, with a total of [marks].
Prompt 27: A comment bank: Write a bank of twelve feedback comments for the task [task]: four for mastery, four for mid-range performance and four for students needing support. Make each comment specific and include a next step.
Prompt 28: Improving an answer: Analyse the following anonymous student answer against the attached criteria. Give one strength, one gap, and a question that helps the student improve the answer themselves. Do not write the final version for them: [answer].
Prompt 29: A brief individual comment: Turn the following notes into three sentences of encouraging but not exaggerated feedback: what was achieved, what needs improving, and the next step. Do not use the student's name: [notes].
Prompt 30: Error patterns: Classify the following anonymous errors into conceptual, procedural and linguistic patterns. Suggest a short reteaching activity for each pattern, and draw no conclusions about students' personal characteristics: [errors].
Practical tip

Remove names and any personal information before entering student work, and keep the final grading decision with the teacher.

7

5 prompts for communication and administration

AI can produce the draft and the structure, but the teacher reviews the tone, the facts and the context before any message or report is sent.

Prompt 31: A message to a parent: Draft a brief, professional message to a parent about [topic]. Open with a genuine positive observation, describe the situation in neutral language, define one practical shared next step, and avoid diagnosis or blame.
Prompt 32: A weekly report: Turn the following notes into a structured weekly report covering what was taught, progress indicators, challenges and next week's plan. Do not add figures or events that are not present: [notes].
Prompt 33: A department meeting agenda: Create an agenda for a [duration] [subject] department meeting on [goal]. Order the items by priority and specify a required decision, an owner and a time allocation for each.
Prompt 34: Post-lesson reflection: Turn my post-lesson notes into a professional reflection: what worked and the evidence for it, what did not work, the likely reason, and one change I will try next lesson: [notes].
Prompt 35: Prioritising a task list: Sort the following teacher tasks by instructional impact, urgency and time required. Suggest what can be batched, deferred or drafted with AI, while keeping sensitive pedagogical decisions with the teacher: [tasks].
Practical tip

Tell the tool not to invent data. A fluently written report can look entirely correct while containing details that do not exist.

8

5 prompts for quality-checking AI output

This is the most important stage. Use AI for the first draft, then run a structured review that catches errors, content outside the curriculum and things that will not survive a real lesson.

Prompt 36: Fact check: Review the following content against the attached source. Produce a table showing each claim, its status — supported, unsupported or needs verification — and where it appears in the source. Do not correct from memory: [content].
Prompt 37: Curriculum alignment check: Compare the following plan with the attached learning outcomes and lesson content. Identify the aligned elements, the elements that fall outside scope, and the gaps the plan does not cover: [plan].
Prompt 38: Clarity and fairness check: Review the following questions for ambiguous language, unnecessary background knowledge, cultural assumptions, or more than one correct answer. Suggest a revision that preserves the skill being measured: [questions].
Prompt 39: Shorten the output: Shorten the following content by 30% without removing learning outcomes, necessary steps or assessment criteria. Explain what was cut and why: [content].
Prompt 40: A final checklist: Create a yes/no checklist for reviewing this resource before classroom use. It must cover accuracy, curriculum alignment, age-appropriateness, timing, clarity of instructions, practicality and privacy: [resource].
Practical tip

In Motqn the work starts from your textbook and moves through structured steps to the plan, the presentation and the test — but human review is still required before use.

The anatomy of a good teaching prompt

ElementQuestion it answersExample
RoleWho should the tool behave like?An instructional design expert
ContextWhich grade, subject and lesson?Science, grade 6, the water cycle
ObjectiveWhat is the learning outcome?Sequences the stages and explains the relationship
SourceWhat is the approved content?Specific pages from the textbook
ConstraintsTiming, level, and what is off limits45 minutes, nothing outside the curriculum
OutputWhat form should the result take?An editable table with an assessment

Frequently asked questions

What is the best prompt for planning a lesson with AI?

The best prompt states the grade, subject, topic, learning outcome, lesson duration, source material and output format. Attach the lesson pages, ask for a starter, explanation, activity and assessment, and review the plan before you use it.

Do these prompts work with ChatGPT, Gemini and other tools?

Yes. They are written generically and work with most text-based AI tools. Response quality, file upload support and context limits vary from one tool to another.

How do I adapt a prompt to my own curriculum?

Replace the bracketed fields, attach the lesson or textbook pages, and state the learning outcome, the timing and the type of activity or test you need. Tell the tool not to use information beyond the attached source.

Can I use AI output directly without checking it?

No. Treat it as a first draft, then review accuracy, curriculum alignment, age-appropriateness, timing and the answer keys. The teacher remains responsible for the decision to use it and for the final grade.

Is there a way to prepare materials without writing a prompt every time?

Yes. Motqn lets you upload the textbook and build plans, presentations and tests through structured fields and steps, which removes the need to retype the context and craft the instructions manually for every task.

Related articles

How to Write a Professional Lesson Plan in 10 Minutes (With a Template)How to Build a Curriculum-Aligned Question Bank From Your Textbook

In closing

A good prompt is not a magic sentence; it is a teaching brief that sets out the context, the objective, the source, the constraints and the output. Keep the prompts that suit you as templates, review results rather than copying them straight across, and never share personal student data. And if you notice you are retyping the same grade, textbook and file format every time, that is a signal you need a structured teaching workflow: upload your textbook to Motqn, build the plan, the presentation and the test from the same source, then shape the output with your own expertise.

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