This article contains 9 professionally-structured ChatGPT prompts to achieve teaching excellence. Each prompt is engineered for maximum effectiveness with language models like ChatGPT, Gemini, Claude, designed to help teachers instruct innovatively and educators develop strategic learning approaches.

All prompts follow a consistent structure that ensures clarity, actionability, and exceptional results.

What You’ll Find in This Collection

This education AI prompt collection covers 9 expertly-developed prompts for Teaching Excellence.

Differentiated instruction, engagement strategies, formative assessment, classroom management, behavior response, parent communication, professional growth, group work design, inclusive accommodations, and specialized support.

How to Use These Prompts

Follow this simple three-step process for maximum effectiveness:

Step 1: Select Your Prompt

that matches your need. Read the prompt title and use case to confirm it addresses your situation. Each prompt includes a brief introduction explaining when and why to use it.

Step 2: Customize Your Prompt

Replace all bracketed placeholders [LIKE THIS] with your specific information. Be as detailed as possible. For example, instead of [TOPIC], write “The photosynthesis process and its effect on plant growth rates” rather than just “photosynthesis.”

Step 3: Submit and Refine

Copy the complete prompt into your AI tool and submit. Review the response. If you need modifications, use follow-up prompts like “Can you expand the section on assessment methods?” or “Please provide examples more specific to my situation.”

Prompt Structure Explanation

Each prompt is engineered with these components:

• Role and Objective: Positions AI as relevant expert
• Context: Background information for understanding
• Instructions: Explicit numbered steps
• Constraints: Boundaries shaping response
• Reasoning: Why each element matters
• Output Format: Presentation specifications
• User Input: Your situation details

This structure ensures responses are relevant, comprehensive, and immediately actionable.

How to Get Maximum Value

Be Specific: Replace placeholders with detailed context. Instead of “student,” write “high school senior with test anxiety, strong at visual learning.”

Iterate: Use follow-up prompts to refine responses. “Can you provide an example specific to my situation?” or “Can you make this more practical for classroom use?”

Customize: These are frameworks. Add your requirements, grade levels, contexts, and constraints.

Combine Prompts: Use multiple prompts together. For example, use the Test Prep Strategy Planner plus the Exam Weakness Analyzer for comprehensive test preparation.

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TEACHING AI PROMPTS

1. Differentiated Lesson Planner

When to Use: You have students with mixed abilities and want to create a single lesson serving all levels.

You are an expert in differentiated instruction and inclusive education. I am teaching [TOPIC] to [GRADE_LEVEL/AGE] students with mixed abilities: [ABILITY_DESCRIPTION: mixed with gifted and struggling learners]. Class size is [SIZE]. Create a single lesson plan that includes THREE distinct learning pathways: 1) A below-grade-level pathway with simplified concepts, extra scaffolding, visual supports, and shorter assignments, 2) A grade-level pathway with standard instruction, moderate challenge, and grade-appropriate assignments, 3) An above-grade-level pathway with extension activities, deeper analysis, real-world applications, and advanced challenges. For each pathway, provide: specific learning objectives, instructional strategies, practice activities, assessment methods, and materials needed. Show how all three pathways can run simultaneously in one classroom without requiring three separate lessons.

Expected Outcome: Complete three-tier lesson plan with differentiated objectives, strategies, and activities that all teach the same concept at appropriate complexity levels for simultaneous classroom delivery.

User Input Examples:

• Topic: Fractions, Grade 3, mixed abilities including gifted and learning disabled students
• Topic: Photosynthesis, Grade 9 Biology, mixed learners
• Topic: American Civil War, Grade 11 History, diverse learners

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2. Student Engagement Booster

When to Use: Your lessons need more interactive activities and student participation strategies.

You are a classroom engagement specialist and curriculum designer. I teach [TOPIC] to [GRADE_LEVEL]. My students are [ENGAGEMENT_DESCRIPTION: disengaged, highly energetic, mixed motivation]. The lesson is [DURATION] minutes long. Create a detailed engagement plan with these components: 1) A hook or opening activity (5 minutes) that creates curiosity and connects to student interests, 2) Two interactive mini-activities during instruction (5-7 minutes each) that break up lecture and require active participation, 3) A collaborative learning activity (10-15 minutes) that requires peer interaction and higher-order thinking, 4) Exit strategies that encourage reflection and discussion. For each activity, include specific instructions, materials needed, how to manage different participation levels, and how to assess engagement and understanding. Include at least one tech-free option and one digital option.

Expected Outcome: Detailed engagement plan with opening hook, interactive activities throughout lesson, collaborative task, exit strategies, materials lists, and management tips for mixed participation levels.

User Input Examples:

• Topic: Poetry Analysis, Grade 10, mixed engagement levels
• Topic: Mitochondria Function, Grade 7 Science, low engagement
• Topic: Advanced Statistics, College, high engagement

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3. Formative Assessment Designer

When to Use: You want varied assessment tools to monitor student learning in real-time during instruction.

You are an assessment expert specializing in formative assessment and data-driven instruction. I need to assess student understanding of [LEARNING_OBJECTIVE] throughout my lesson on [TOPIC] for [GRADE_LEVEL]. Create a comprehensive formative assessment toolkit including: 1) Three exit ticket options (multiple choice, short answer, and creative response) that take 5 minutes and reveal misconceptions, 2) An observation checklist for monitoring student work during group activities, 3) A simple rubric for evaluating one piece of student work (drawing, explanation, or problem-solving), 4) A quick digital option (Kahoot, Google Form, or similar free tool) with 10 questions at varying difficulty, 5) A student self-assessment tool where students reflect on their learning. For each tool, explain how to administer it quickly (under 10 minutes) and how to use the data to adjust instruction immediately. Include answer keys and scoring guides.

Expected Outcome: Complete toolkit with multiple assessment formats (exit tickets, observation checklist, rubric, digital quiz, self-assessment), answer keys, scoring guides, and instructions for quick data collection and instructional adjustment.

User Input Examples:

• Topic: Quadratic Equations, Grade 9, need to check understanding
• Topic: Photosynthesis, Grade 8, identify misconceptions
• Topic: Essay Writing, High School, track progress

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4. Classroom Management Strategy Creator

When to Use: You need a comprehensive approach to behavior expectations and classroom culture.

You are an expert in classroom management and positive behavior support. I teach [TOPIC] to [GRADE_LEVEL] and have [CLASS_DYNAMICS: describe behavioral challenges, class size, learning environment]. I want to implement behavior management that is [APPROACH: positive reinforcement, restorative, trauma-informed, other]. Create a comprehensive classroom management system including: 1) 5-7 clear behavior expectations specific to my classroom and learning activities, 2) A positive reinforcement system that motivates without prizes (intrinsic motivation focus), 3) A graduated consequence system for minor and major infractions, 4) Specific classroom routines and procedures for [LIST_ROUTINES: transitions, group work, technology use], 5) A restorative or relationship-building component, 6) A communication system for keeping families informed. For each element, provide specific language, visual representations, and how to teach expectations to students on day one. Include strategies for students with special needs (anxiety, ADHD, oppositional behavior).

Expected Outcome: Complete behavior management system with clear expectations, positive reinforcement strategies, graduated consequences, specific routines, relationship-building components, and family communication plan.

User Input Examples:

• Grade 3, mixed behaviors, positive reinforcement approach
• High School AP Class, mostly on-task, need structure
• Middle School with trauma-informed approach needed

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5. Challenging Student Behavior Responder

When to Use: You have a specific student behavior issue and need concrete intervention strategies.

You are a behavioral intervention specialist and school counselor. I have a student exhibiting [BEHAVIOR: specific behavior description]. This behavior [FREQUENCY/IMPACT: when it happens, how it affects class]. I have tried [STRATEGIES_ATTEMPTED] without success. The student [CONTEXT: background information, triggers, what they respond to positively]. I need immediate intervention strategies because [WHY_URGENT]. Create a behavior intervention plan including: 1) Root cause analysis: what might be causing this behavior?, 2) Five specific in-the-moment intervention techniques appropriate for classroom use, 3) A de-escalation script using calm language, 4) Environmental modifications that might reduce triggers, 5) A positive relationship-building strategy specific to this student, 6) Parent communication talking points, 7) When to involve school counselor or administration. For each intervention, explain why it works for this behavior and what to watch for to know if it’s working.

Expected Outcome: Comprehensive behavior intervention plan with root cause analysis, specific in-the-moment strategies with scripts, environmental modifications, relationship-building approaches, communication templates, and referral guidance.

User Input Examples:

• Student calls out and refuses to raise hand, disrupts group work, has ADHD diagnosis
• Student is disengaged, never completes work, possible anxiety about academics
• Student has emotional outbursts over small frustrations, affects class climate

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6. Parent Communication Composer

When to Use: You need to communicate with parents about student progress or concerns effectively.

You are a specialist in school-family partnerships and positive communication. I need to communicate with the parent of [STUDENT_NAME, GENERAL_DESCRIPTION] regarding [TOPIC: academic progress, behavior, achievement, concern]. The situation is [SPECIFIC_SITUATION_DESCRIPTION]. Previous communication attempts: [IF_APPLICABLE]. The purpose of this message is [PURPOSE: inform, problem-solve together, celebrate, seek input]. Create multiple communication options: 1) A formal email (professional but warm), 2) A text message or brief note (casual but specific), 3) A talking-points guide for a phone call (specific phrases and questions), 4) If there is a concern, a problem-solving framework showing how to present the issue as a partnership to fix together, not a complaint. For each option, include: specific student achievement or behavior examples (no vague language), what the parent needs to know and why, any requested action or input, and a positive closing. Avoid educational jargon. Make it actionable and solution-focused.

Expected Outcome: Multiple communication formats (email, text, phone talking points) with specific examples, clear information, solution-focused framing, actionable requests, and warm tone.

User Input Examples:

• Student made significant math progress after one-on-one help, want to celebrate
• Student is struggling socially, needs parent partnership to address
• Parent has not attended conferences, need to engage them

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7. Professional Development Learning Log

When to Use: You want to systematically track and reflect on improvements to your teaching practice.

You are a teaching coach and professional learning specialist. I want to systematically improve my teaching in [AREA: classroom management, literacy instruction, differentiation, engagement]. I have committed to [TIMEFRAME: one semester, one year, ongoing]. Create a learning log structure that helps me: 1) Set a specific, measurable teaching goal with baseline data, 2) Identify research-based strategies aligned to this goal, 3) Plan implementation with timeline and success indicators, 4) Record weekly observations of what is working and what needs adjustment, 5) Reflect on student impact and outcomes, 6) Collect evidence of student learning gains, 7) Adjust practice based on data. For each week, I need a simple template that takes 10 minutes to complete. Include: focus area check-in, specific strategies used, student response/evidence, what I learned, next week adjustment. Make it practical for a busy teacher. Include sample entries for the first three weeks so I see how to fill it out.

Expected Outcome: Complete learning log structure with goal-setting template, weekly reflection template, sample completed entries, and guidance on tracking student impact and adjusting practice based on evidence.

User Input Examples:

• Goal: Improve student participation in class discussions over one semester
• Goal: Implement literacy strategies in math class over 12 weeks
• Goal: Master differentiation techniques throughout school year

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8. Group Work Structure Designer

When to Use: You are assigning group work and want to ensure accountability and productive collaboration.

You are an expert in cooperative learning and group dynamics. I am assigning my [GRADE_LEVEL] students a [TASK_TYPE: project, problem-solving, research, creative] group work assignment on [TOPIC]. Groups will have [GROUP_SIZE] members and meet for [DURATION/TIMELINE]. Group composition considerations: [ANY_CONCERNS: mixed abilities, social dynamics, language barriers]. I need a comprehensive group work structure including: 1) Specific role definitions (at least 4-5 roles) with clear responsibilities for each, 2) Accountability systems so no one freeloads (individual and group grades, peer evaluation), 3) Detailed task breakdown showing daily/weekly milestones, 4) A communication and conflict resolution protocol (what to do when someone isn’t pulling their weight), 5) A peer evaluation rubric students use to assess teammates, 6) Daily group work ritual or check-in to keep on track, 7) How to monitor from the teacher side. Provide role cards students can reference, a template for tracking progress, and scripts for common group conflicts.

Expected Outcome: Complete group work package with defined roles and responsibilities, accountability systems, task timeline with milestones, conflict resolution protocols, peer evaluation rubric, monitoring strategies, and student-facing templates.

User Input Examples:

• Grade 5, 4-person groups, 3-week science project, mixed abilities
• High School, 3-5 person groups, 2-week research paper, gifted and regular students mixed
• Middle School, mixed language learners, 2-week poster project

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9. Inclusive Classroom Accommodations Developer

When to Use: You have a student with learning differences and want to provide meaningful accommodations.

You are a special education specialist and inclusion expert. I have a student with [DISABILITY_OR_CONDITION: autism, dyslexia, ADHD, anxiety, physical disability, ELL status, gifted, other] in my [SUBJECT/GRADE] classroom. Their specific challenges are [DESCRIPTION]. I want to include them fully in regular classroom activities while meeting their needs. I cannot significantly lower academic standards but need [ACCOMMODATION_GOAL]. Create a comprehensive accommodation plan including: 1) How to present the same content in accessible formats (if sensory or learning disability), 2) Specific environmental modifications (seating, breaks, sensory needs), 3) Instructional modifications (presentation style, pacing, scaffolding), 4) Assessment modifications (testing format, timing, response modes), 5) Technology or tools that support this student, 6) How to explain accommodations to other students in a positive way (not singling them out), 7) Communication protocol with special education teacher, parent, and student. Include specific, actionable steps for each element and explain the rationale so you understand WHY each accommodation matters.

Expected Outcome: Comprehensive accommodation plan with specific classroom modifications, instructional adaptations, assessment alternatives, technology recommendations, peer education strategies, and communication protocols.

User Input Examples:

• Student with dyslexia in English class, strong comprehension but reading struggles
• Student with ADHD in whole-class instruction heavy class
• Gifted student in general math class, needs challenge without separation

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10. Professional Development for Teachers

When to Use: You want to design ongoing professional learning for your teaching staff or yourself.

You are a professional learning specialist and instructional coach. I want to design professional development for my team focused on [AREA: literacy instruction, technology integration, restorative practices, inclusive teaching]. Our context is [SCHOOL_CONTEXT: school size, grade bands, current challenges]. We have [TIME_AVAILABLE: hours per month/year] for professional learning. Create a professional development plan including: 1) Needs assessment: what does our staff need to learn based on student outcomes?, 2) Learning goals: specific, measurable goals for what teachers will know/do differently, 3) Multiple learning modalities: demonstration lessons, coaching cycles, collaborative planning time, study groups, 4) Job-embedded learning: how to make professional learning connected to actual teaching, 5) Differentiation: how to meet teachers at different levels of readiness, 6) Accountability: how to ensure learning translates to classroom practice, 7) Sustainability: how to maintain momentum and not drop it after initial enthusiasm, 8) How to monitor impact on student learning. Provide sample meeting agendas, resource recommendations, and evaluation tools.

Expected Outcome: Complete professional development plan with needs assessment, learning goals, multiple learning structures, job-embedded opportunities, differentiation strategies, implementation timeline, and impact evaluation approach.

User Input Examples:

• Area: Literacy across curriculum, 6-12 teachers, 4 hours/month professional learning time
• Area: Technology integration, 25 elementary teachers, mixed technology comfort
• Area: Culturally responsive teaching, diverse school, accountability for equity outcomes

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LEARNING STRATEGIES (10 Prompts)

1. Metacognitive Awareness Builder

When to Use: You want students to understand HOW they think and learn, developing self-awareness about their cognitive processes.

You are a cognitive psychologist specializing in metacognition and self-regulated learning. I want to help my students become more aware of HOW they think and learn, not just WHAT they learn. Create a series of metacognitive exercises for [TOPIC] at [LEVEL] that includes: 1) Think-aloud protocols where students verbalize their problem-solving process step-by-step while solving [TYPE_OF_PROBLEM], 2) Self-questioning prompts students ask themselves during learning (Before: What do I know? During: Does this make sense? After: Can I explain this?), 3) Error analysis exercises where students examine their mistakes to identify thinking patterns, 4) A learning strategy audit where students assess which strategies work best for them, 5) A reflection framework after completing work (What worked? What was hard? What would I do differently?). For each component, provide specific questions and prompts students can use, examples of student thinking to listen for, and how to scaffold this for struggling learners. Include a student checklist they can keep and use independently.

Expected Outcome: Complete metacognitive toolkit with think-aloud protocols, self-questioning prompts, error analysis frameworks, strategy audit, and reflection checklists students can use independently.

User Input Examples:

• Topic: Math problem-solving, High School, struggling learners
• Topic: Reading comprehension, Middle School, mixed abilities
• Topic: Research project, College, procrastinators

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2. Cognitive Load Manager

When to Use: You are designing instruction and want to manage working memory limitations.

You are an expert in cognitive load theory and instructional design. I am teaching [CONCEPT] to [LEARNER_DESCRIPTION] and I want to manage cognitive load to maximize learning. The total concept has [COMPONENT_LIST] elements that students must understand. Create a lesson sequence that: 1) Reduces extraneous cognitive load (eliminates distracting information, uses clear formatting, reduces split attention), 2) Manages intrinsic cognitive load (breaks complex concepts into simpler parts, teaches prerequisites first, scaffolds complexity), 3) Optimizes germane cognitive load (focuses attention on meaningful patterns, connects to prior knowledge, uses worked examples). For each phase of instruction: identify the core concept to teach, what prior knowledge is required, what distractions to remove, how to present information (text, visuals, examples, practice), when to add complexity. Provide a pacing guide showing when learners can handle more challenging material. Include specific visuals or formats that reduce cognitive load compared to traditional presentation.

Expected Outcome: Instructional sequence with complexity gradually escalated in phases, cognitive load analysis for each phase, format recommendations, pacing guide, and explanation of how each element manages working memory.

User Input Examples:

• Concept: Photosynthesis (2 main processes, multiple steps), High School Biology
• Concept: Quadratic formula (recognizing need, deriving, applying), Algebra 2
• Concept: Academic writing structure (paragraph anatomy, essay structure, citation), College Writing

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3. Transfer and Application Designer

When to Use: You want students to apply knowledge in new contexts, not just on tests.

You are an expert in transfer of learning and application-based pedagogy. I am teaching [SKILL_OR_CONCEPT] to [LEARNERS] and I want them to be able to use this knowledge in new, unfamiliar situations (not just on the test). Create a progression of application activities that: 1) Near transfer: Using the skill in slightly different contexts but same domain (e.g., solving similar but new math problems), 2) Far transfer: Using the skill in completely different domains or contexts (e.g., using proportional reasoning in recipes, maps, and ratios), 3) Real-world transfer: Applying in authentic contexts outside school. For each transfer level, design: specific application tasks that require using the concept in novel ways, scaffolding or supports needed, assessment of transfer success, and how to discuss WHY this knowledge transfers. Include at least 5-7 application scenarios ranging from near to far transfer, with varying complexity. Explain how each activity builds capability for novel problem-solving.

Expected Outcome: Series of application activities ranging from near to far transfer with scaffolding, assessment strategies for each level, real-world context connections, and explanation of how each supports transfer learning.

User Input Examples:

• Skill: Exponential growth/decay, High School Math/Biology/Economics
• Skill: Persuasion techniques, English/Media Literacy/Social Studies
• Skill: Scientific method, Science general

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4. Growth Mindset Culture Creator

When to Use: You want to build a classroom or learning environment where struggle is valued and effort leads to mastery.

You are an educational psychologist specializing in mindset and resilience. I want to build a growth mindset culture in my [GRADE/SUBJECT] classroom where students see challenges as opportunities and effort as the path to mastery. Create a comprehensive mindset-building system including: 1) Specific language I use as a teacher (praise strategies, response to mistakes, how to frame challenges), 2) Student practices that build mindset (self-assessment, goal-setting, reflection protocols), 3) Classroom structures that reinforce growth mindset (mistakes as learning opportunities, revision encouraged, progress tracked visually), 4) How to respond to fixed mindset statements students make, 5) Parent communication about growth mindset (so they reinforce at home), 6) Specific examples of how to frame struggle as productive for [YOUR_SUBJECT]. Provide exact words and phrases I can use in different situations. Include common fixed mindset triggers (grades, comparisons, competition) and how to transform them into growth opportunities. Create a visual poster or reference sheet I can print and post in the classroom.

Expected Outcome: Complete mindset culture plan with teacher language scripts, student practices and reflection templates, classroom structure recommendations, parent communication, subject-specific examples, and visual reference sheet.

User Input Examples:

• Grade 6 Math, struggling with fractions, current fixed mindset prevalent
• High School English, students anxious about writing, perfectionism issues
• Elementary Arts and Crafts, students avoiding new mediums, comparison behaviors

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5. Collaborative Learning Optimizer

When to Use: You want to structure peer learning interactions for maximum academic and social benefit.

You are an expert in peer learning, collaborative learning structures, and group dynamics. I want to use peer teaching and collaborative learning to deepen understanding for my [GRADE/SUBJECT] students. I am concerned about: [CONCERNS: social loafing, inequality in groups, poor communication, off-task behavior]. Design a comprehensive collaborative learning system including: 1) Specific collaborative structures for different learning goals (think-pair-share for quick processing, jigsaw for information sharing, reciprocal teaching for deep understanding, peer teaching for solidifying knowledge), 2) How to compose groups optimally (heterogeneous or homogeneous? by ability? by learning style?), 3) Role and responsibility systems that promote interdependence and accountability, 4) Communication protocols that ensure productive talk and equal participation, 5) How to prevent common problems (one person dominating, others freeloading, poor behavior in groups), 6) Scaffolding for students who struggle with collaboration, 7) Assessment of both individual learning and collaboration quality. For each structure, provide step-by-step facilitation instructions and dialogue examples showing what productive collaboration sounds like.

Expected Outcome: Comprehensive collaborative learning system with multiple structures and when to use each, group composition strategies, role systems, communication protocols, problem-prevention strategies, scaffolds, assessment rubrics, and dialogue examples.

User Input Examples:

• Grade 7 Science, students lack group skills, need to build culture
• High School Chemistry, lab groups with mixed abilities and behaviors
• College group project, students struggle with accountability

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6. Problem-Based Learning Framework

When to Use: You want to structure authentic, real-world problem-solving activities that drive deep learning.

You are an instructional designer specializing in problem-based learning (PBL) and inquiry learning. I want to structure a problem-based learning unit for my [GRADE/SUBJECT] students around [TOPIC/PROBLEM]. The problem should be: authentic (connects to real world), engaging (students care about solving it), and challenging (requires deep thinking). Create a complete PBL unit including: 1) The driving problem statement (clear, compelling, open-ended), 2) Essential questions that guide inquiry (4-6 questions students must answer), 3) A scaffolded problem-solving process with phases (Define problem, Gather info, Brainstorm solutions, Test/Evaluate, Refine), 4) Suggested resources students might need (research websites, expert contacts, tools), 5) Milestones/checkpoints throughout the unit with what students should be able to do, 6) How the problem connects to required curriculum standards, 7) Multiple ways students can demonstrate their solution/understanding (product options), 8) Assessment rubric for both the solution quality and problem-solving process. Include at least one community connection or real expert they might interview.

Expected Outcome: Complete PBL unit with driving problem statement, essential questions, structured problem-solving process, resource list, timeline with milestones, curriculum connections, product options, and assessment rubric.

User Input Examples:

• Grade 5, Topic: Water conservation in our community
• High School Biology, Topic: Antibiotic resistance
• Middle School Social Studies, Topic: Homelessness in our city

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7. Retrieval Practice Architect

When to Use: You want to design practice and testing schedules that strengthen long-term memory and mastery.

You are a learning scientist specializing in retrieval practice and the testing effect. I need to help my [LEARNER_DESCRIPTION] students develop strong, lasting memory of [CONTENT/SKILLS]. Rather than massed practice (studying the same thing repeatedly), I want a retrieval practice system that includes: 1) An optimal schedule for practice and testing (when to practice, at what intervals), 2) Varied retrieval practice formats (multiple choice quizzes, short answer, applications, mixed problems), 3) Interleaved practice (mixing different topics/types rather than blocking), 4) Low-stakes assessments that do not penalize learning (so students are motivated to retrieve from memory), 5) Feedback that helps students learn from errors, 6) How to incorporate this into daily/weekly routine without overwhelming, 7) Specific practice problems or questions for [TOPIC] that vary in difficulty and format. Create a semester/unit plan showing when retrieval practice happens, what format, and how it spaces out learning. Include printable or digital quiz banks students can use independently.

Expected Outcome: Retrieval practice system with optimal spacing schedule, varied formats, interleaving strategy, low-stakes assessment approach, feedback protocols, integration plan, and sample practice materials.

User Input Examples:

• Topic: Biology vocabulary and concepts, semester-long course, 30 students
• Topic: Spanish vocabulary and verb conjugation, 12 weeks
• Topic: Math procedural fluency and problem-solving, year-long

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8. Misconception Diagnostician

When to Use: You know students have common misconceptions and want to identify and correct them.

You are a science education researcher and cognitive specialist focused on student misconceptions. I am teaching [TOPIC] and I know students often have misconceptions about [TOPIC_AREA]. Create a comprehensive misconception intervention plan including: 1) The most common misconceptions students have about this topic (list at least 5-7 with specific examples of wrong thinking), 2) Why students develop these misconceptions (prior experiences, oversimplifications, logical but incorrect assumptions), 3) Diagnostic questions/activities to identify which students hold each misconception, 4) Explicit teaching approaches to address each misconception (NOT just reteaching correctly, but directly confronting the wrong idea), 5) Activities that create cognitive conflict and help students resolve it (demonstrations, data that contradicts misconception, peer discussion), 6) How to address residual misconceptions (they often persist), 7) Common ways teaching CAN CREATE or reinforce misconceptions to avoid. Provide exact student quotes showing misconceptions and detailed lesson snippets for addressing them.

Expected Outcome: Comprehensive misconception intervention plan with common misconceptions listed, diagnostic tools, explicit correction strategies with lesson snippets, cognitive conflict activities, and teaching approaches to avoid.

User Input Examples:

• Topic: Photosynthesis, high school biology
• Topic: Force and motion, elementary science
• Topic: Fraction magnitude, elementary math

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9. Self-Regulated Learning Coach

When to Use: You want students to manage their own learning goals, strategies, and progress.

You are a learning scientist specializing in self-regulated learning (SRL). I want my [GRADE/SUBJECT] students to become independent learners who can set goals, choose appropriate strategies, monitor their progress, and adjust when needed. Create a comprehensive SRL development program including: 1) Goal-setting framework that teaches students to write specific, measurable, achievable, relevant, time-bound goals, 2) Strategy selection: how to match learning strategies to learning goal and material (not all strategies work for all goals), 3) Self-monitoring tools: systems students use to track their own learning (progress charts, reflection logs, checklists), 4) Progress evaluation: how students determine if their approach is working, 5) Adaptation planning: how to adjust strategy if progress stalls, 6) Metacognitive reflection: prompts for students to think about their learning process, 7) Scaffolding that gradually reduces teacher support as independence grows. Create student-facing templates, planning forms, monitoring charts, and reflection prompts that are age-appropriate. Model the entire SRL cycle with a specific learning goal example.

Expected Outcome: Complete SRL development program with goal-setting framework, strategy selection guide, self-monitoring tools, progress evaluation methods, adaptation protocols, reflection prompts, and student-facing templates showing reduced scaffolding over time.

User Input Examples:

• Grade 6, students struggle with independence, need structure
• High School, academically strong but surface learners
• College, variable motivation and background

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Conclusion

These 9 prompts represent a comprehensive framework for leveraging AI in educational teaching. If you are teaching a classroom, these prompts provide structured approaches to complex educational challenges.

The power of these prompts comes from their specificity, their grounding in learning science and pedagogical best practices, and their flexibility to adapt to your unique situation.

Use them as templates, customize them for your context, and iterate with follow-up prompts to refine responses.

Remember: the clearer your prompt, the better your AI response. The time you invest in being specific about your situation will pay dividends in the quality and relevance of the assistance you receive.

Begin with one prompt. Experience how structured prompting improves AI responses. Then expand to other prompts that match your needs. Build a habit of clear, intentional prompting. Watch your educational outcomes transform.