Creating teaching materials with AI: a complete method for teachers and trainers
Introduction
Creating teaching materials takes more than filling slides. Good materials should help learners understand, remember, practise and reuse a concept.
Artificial intelligence can help prepare materials, but it does not replace instructional thinking. It can suggest an outline, rephrase an explanation, create examples, generate quizzes or turn content into a practical guide. But without a clear objective, the materials will remain weak.
For a teacher or trainer, the right approach is to use AI as an instructional design assistant: it helps prepare and structure content, while people retain control of the educational framework.
Article outline
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What makes good teaching materials
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What AI can genuinely help produce
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The seven-step method
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Practical example: materials on IoT
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Useful prompts
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Mistakes to avoid
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Key takeaways
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Conclusion
What makes good teaching materials
Teaching materials are more than a visual document. They are a learning tool.
They need to answer several questions:
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What should the learner understand?
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What should they be able to do?
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What is their starting level?
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Which progression makes the most sense?
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Which activities will help them apply the learning?
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How will understanding be checked?
Effective materials generally contain:
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clear objectives;
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a contextualised introduction;
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a simple progression;
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accessible definitions;
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practical examples;
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diagrams;
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activities;
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questions;
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a summary;
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a reusable record of the learning.
What AI can help produce
AI can be useful for:
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clarifying learning objectives;
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organising a session plan;
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creating a progression;
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rephrasing a complex concept;
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generating examples;
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creating analogies;
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producing quizzes;
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writing instructions;
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preparing summary sheets;
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adapting content to beginner or advanced levels.
But it should not decide the final content alone. The teacher must check accuracy, level and consistency.
The seven-step method
Step 1 — Define the learning objective
Before creating materials, formulate the objective.
Example:
By the end of the session, the learner will be able to explain the role of a sensor in an IoT system and describe the measurement–data–action chain.
A useful prompt:
“Using the following subject, suggest 5 progressive learning objectives, worded with action verbs and suited to an audience at [level].”
Step 2 — Identify prerequisites
Materials are often poor because they assume too much prior knowledge.
Ask AI:
“List the prerequisites needed to understand this subject. Classify them as essential, useful or optional.”
This step helps avoid leaving beginners behind.
Step 3 — Build a progression
A good progression moves from simple to complex.
A useful prompt:
“Suggest a 5-stage learning progression to explain [subject] to [audience]. Each stage must introduce just one main idea, with a practical example.”
Step 4 — Create the explanations
AI can produce explanations at several levels.
Ask:
“Explain [concept] at three levels: simple, intermediate and technical. Add an analogy and a practical example.”
This method helps adapt materials for different audiences.
Step 5 — Add activities
Materials without activities remain passive.
AI can suggest:
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reflection questions;
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short case studies;
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progressively harder exercises;
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paired work;
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quizzes;
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diagram analysis;
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a small project.
A useful prompt:
“Create 3 short learning activities to apply the following concept. For each activity, specify the objective, duration, instructions, expected deliverable and correction method.”
Step 6 — Prepare a summary
A summary helps learners remember.
A useful prompt:
“Summarise this session in a clear summary sheet with: key definitions, essential points, an example to remember, common mistakes and a mini-checklist.”
Step 7 — Check the materials
Before publication, check:
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accuracy of concepts;
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logical progression;
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appropriate level;
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clear instructions;
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consistent examples;
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realistic duration;
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balance between theory and practice.
Practical example: creating materials on IoT
Subject: an introduction to the Internet of Things.
Audience: beginner students.
Duration: 2 hours.
A possible workflow:
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Objectives: define IoT, identify the components and explain the role of sensors.
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Prerequisites: networks, data and connected objects.
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Outline: definition, architecture, sensors, communication and applications.
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Example: a connected weather station.
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Activity: draw the architecture of a connected object.
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Quiz: 8 comprehension questions.
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Summary: a “sensor → microcontroller → network → application” diagram.
These materials will be more useful than a simple slide deck full of definitions.
Useful prompts
Prompt for a materials outline
“Act as an instructional designer. Create the outline of training materials on [subject] for [audience]. The materials must cover [duration] and contain objectives, a progression, examples, an activity, a quiz and a summary.”
Prompt for slides
“Turn this outline into a slide deck structure. For each slide, suggest a title, one main message, no more than 3 points, a visual idea and a speaking note for the trainer.”
Prompt for a quiz
“Create a 10-question quiz on [subject], with progressively harder levels, correct answers and educational explanations.”
Prompt for a learner handout
“Create a clear, structured one-page summary sheet on [subject], suited to [level].”
Mistakes to avoid
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Generating too many slides.
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Putting too much text on each slide.
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Forgetting activities.
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Failing to check technical concepts.
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Using overly abstract examples.
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Assuming attractive materials are automatically educationally effective.
Key takeaways
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AI can help prepare teaching materials.
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Quality depends on the educational framework.
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Good materials combine objectives, progression, examples, activities and a summary.
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AI should produce a starting point to check and improve.
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The teacher remains responsible for final consistency.
DocPilot IA offers resources to help teachers, trainers and engineers use AI to create clearer, more structured materials, then adapt and check them. Download the free pack to get started.
Conclusion
Creating teaching materials with AI does not mean requesting a slide deck in a single sentence. The real value comes from the method: define objectives, structure the progression, create activities, check content and adapt it to the audience.
AI can help prepare a first version, provided it is guided and checked.
