Using AI for Differentiated Instruction

Differentiated instruction is one of the most important and most challenging aspects of teaching. Every classroom contains students at different reading levels, with different learning preferences, and with different background knowledge. AI makes it practical to create multiple versions of materials, scaffold for struggling learners, and extend content for advanced students, all without multiplying your workload.

What You'll Learn

By the end of this lesson, you will know how to use AI to create tiered materials, modify content for English Language Learners and students with IEPs, and provide meaningful extensions for advanced students.

The Differentiation Challenge

In a typical classroom of 25-30 students, you might have students reading three or four grade levels apart, several English Language Learners at various proficiency stages, students with IEPs requiring specific accommodations, and gifted students who need more challenge. Creating separate materials for each group traditionally takes enormous amounts of time. This is where AI becomes a genuine game-changer.

Tiered Reading Materials

One of the most powerful uses of AI for differentiation is creating the same content at multiple reading levels. Start with your grade-level text and then use AI to create variations.

Leveling down: "Take this 6th grade reading passage about photosynthesis and rewrite it at a 3rd grade reading level. Keep all the key scientific concepts but use simpler vocabulary, shorter sentences, and add a brief definition in parentheses after each scientific term. Add a labeled diagram description that a student could draw."

Leveling up: "Take this 6th grade reading passage about photosynthesis and create an enrichment version that introduces the chemical equation for photosynthesis, explains the light-dependent and light-independent reactions, and includes two critical thinking questions that require students to make connections to real-world applications."

You now have three versions of the same content covering the same learning objectives, each appropriate for a different group of students.

Supporting English Language Learners

AI can create targeted supports for ELL students at different proficiency levels.

Sentence frames and starters: "Create a set of sentence frames for a class discussion about the American Civil War, appropriate for intermediate ELL students. Include frames for: stating an opinion, providing evidence, agreeing or disagreeing with a classmate, and asking a clarification question. Provide a completed example for each frame."

Bilingual glossaries: "Create a bilingual English-Spanish glossary for these 15 vocabulary words from our 8th grade earth science unit on plate tectonics. For each word, include: the English term, the Spanish translation, a student-friendly definition in English, and an example sentence using the word in context."

Simplified instructions: "Rewrite these lab instructions for a 10th grade chemistry experiment so they are accessible to a newcomer ELL student. Use simple present tense, numbered steps with one action per step, include a visual cue description for each step, and bold all key vocabulary words."

Accommodating Students with IEPs

AI can help you create modified materials that align with common IEP accommodations.

Reduced complexity without reducing rigor: "Modify this 5th grade math word problem set so that each problem has shorter text, includes a visual representation, and breaks multi-step problems into clearly labeled steps (Step 1, Step 2, etc.). Keep the same mathematical concepts but reduce the reading demand."

Modified assessments: "Create a modified version of this 20-question multiple choice test on the solar system. Reduce it to 12 questions, change each question from 4 answer choices to 3, add a word bank for the 4 fill-in-the-blank questions, and include a hint or visual clue for the 3 most difficult questions."

Chunked materials: "Break this 2-page reading passage into 4 manageable sections. After each section, add 2 comprehension check questions and a brief summary prompt that says 'In this section, I learned that ___.' Add a visual divider description between sections."

Extending Learning for Advanced Students

Differentiation also means challenging students who need more. AI can create extensions that deepen understanding rather than simply adding more of the same work.

Depth and complexity extensions: "Create an extension activity for advanced 7th graders who have mastered basic ratios and proportions. The activity should involve real-world data analysis where students must set up and solve proportions using data from a provided scenario about planning a school fundraiser. Include questions that require students to justify their reasoning and consider multiple approaches to the same problem."

Independent research prompts: "Generate 5 independent research project options for advanced 4th graders studying animal adaptations. Each project should require students to investigate an animal not covered in class, analyze how its adaptations help it survive in its specific environment, and present findings in a creative format. Include a simple research guide with 3-4 guiding questions for each project."

Using AI Tools Built for Differentiation

Several AI tools are specifically designed for differentiation tasks:

Diffit is purpose-built for creating leveled texts. You enter a topic or paste a passage, select a grade level, and it generates an adapted text with comprehension questions and vocabulary support. It is one of the fastest tools for creating leveled reading materials.

MagicSchool.ai includes tools for IEP goal writing, text leveling, accommodation suggestions, and creating modified materials. Its "Text Leveler" tool is particularly useful for quickly adjusting a passage to a specific reading level.

Brisk Teaching can adjust the reading level of any content you encounter online, making it easy to differentiate on the fly when you find a great resource that is not at the right level for all your students.

A Practical Workflow

Here is a step-by-step workflow for differentiating a single lesson:

1. Create your grade-level materials first (or use AI to create them).
2. Prompt AI to create a scaffolded version for struggling learners and ELL students.
3. Prompt AI to create an extension version for advanced learners.
4. Review all three versions to ensure they target the same learning objectives.
5. Print or distribute the appropriate version to each student group.

This entire process can take 15-20 minutes with AI, compared to several hours of manual differentiation.

Key Takeaways

• AI makes true differentiation practical by generating multiple versions of materials quickly without multiplying your workload.
• You can level reading passages up or down while preserving core content and learning objectives.
• AI can create targeted ELL supports including sentence frames, bilingual glossaries, and simplified instructions.
• IEP accommodations like reduced choices, chunked text, and modified assessments can be generated through specific prompts.
• Tools like Diffit, MagicSchool.ai, and Brisk Teaching are purpose-built for differentiation tasks and can save even more time.