AI skill set for education researchers, teachers, and digital learning platform developers. Automates content creation, personalized learning, and educational research. Integrates with learning management systems and educational apps.
git clone https://github.com/ChatGPT3a01/claude-educational-ai-skills.gitClaude Educational AI Skills is a specialized prompt template library containing 20 skills organized across 7 domains: teaching design, learning analytics, rural education, AI tools, ICT integration, math technology education, and research methods. Each skill includes ready-to-use prompt templates compatible with GPT and Gemini models. Educators use it to automate lesson plan generation, design differentiated instruction, create adaptive learning systems, and conduct educational research. Teachers can quickly generate personalized learning content, researchers can design rigorous mixed-method studies, and developers can plan learning analytics systems and rural-friendly educational platforms. The skills integrate educational theories like SAMR and TPACK frameworks while accounting for resource-constrained environments.
["Identify your specific needs: Determine whether you need a lesson plan, assessment, or activity for a particular subject, grade, or standard.","Gather your inputs: Prepare placeholders like [SUBJECT], [GRADE_LEVEL], [LEARNING_OBJECTIVES], and [CURRICULUM_STANDARDS] before using the prompt.","Customize the template: Adjust [LESSON_TYPE] (e.g., 'project-based', 'flipped classroom'), [ACTIVITY_COUNT], or [STUDENT_NEEDS] (e.g., 'gifted', 'ELL') to fit your context.","Integrate with your tools: Use the generated pacing guide to set up assignments in your LMS (e.g., Canvas, Google Classroom) or schedule activities in your digital platform.","Refine and adapt: Review the output for accuracy, then tweak pacing, materials, or tech integrations to match your classroom’s resources. Test activities in a small group first."]
Design differentiated teaching strategies for mixed-ability classrooms
Create adaptive learning systems that adjust to student performance
Plan mixed-method educational research studies with AI assistance
Develop localized learning content for rural and underserved areas
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/ChatGPT3a01/claude-educational-ai-skillsCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Create a [LESSON_TYPE] lesson plan for [SUBJECT] at the [GRADE_LEVEL] level. Include [LEARNING_OBJECTIVES] and align it with [CURRICULUM_STANDARDS]. Design [ACTIVITY_COUNT] engaging activities, [ASSESSMENT_METHOD], and differentiation strategies for [STUDENT_NEEDS]. Provide a 5-day pacing guide with required materials and tech integration suggestions for [LEARNING_PLATFORM].
Here’s a 5-day middle school lesson plan on Photosynthesis for 7th-grade Life Science aligned with NGSS MS-LS1-6 standards: **Day 1: Introduction to Photosynthesis** *Objective*: Students will define photosynthesis and identify its key components. *Activity*: Interactive simulation (using PhET’s "Plant Photosynthesis" tool) where students manipulate light intensity and CO2 levels to observe effects on oxygen production. Followed by a 10-question exit ticket via Google Forms. *Materials*: Laptops/tablets, PhET simulation link, printed diagrams of chloroplasts. *Differentiation*: Provide sentence starters for ELL students and advanced extension questions for gifted learners. **Day 2: The Role of Chlorophyll** *Objective*: Students will explain how chlorophyll captures light energy. *Activity*: Lab experiment using spinach leaves, acetone, and chromatography paper to separate pigments. Students analyze results in small groups and present findings. *Tech Integration*: Use LabArchives for digital lab reports with embedded photos of their chromatography results. *Assessment*: Peer review rubric for lab reports. **Day 3: Light Reactions Deep Dive** *Objective*: Students will trace the path of electrons in the light-dependent reactions. *Activity*: Animated video (Bozeman Science) followed by a collaborative whiteboard session (using Jamboard) to map the electron transport chain. Students submit their whiteboards as PDFs. *Materials*: Headphones, Jamboard link. **Day 4: Calvin Cycle and Real-World Connections** *Objective*: Students will describe the Calvin cycle and its importance to ecosystems. *Activity*: Case study on deforestation’s impact on photosynthesis rates. Students use NASA’s Climate Kids data to analyze trends and propose solutions in a 3-minute pitch. *Assessment*: Rubric for pitch presentations. **Day 5: Review and Assessment** *Activity*: Jeopardy-style review game (using Blooket) covering all key terms and concepts. Summative assessment: 20-question multiple-choice quiz in Edulastic with auto-grading. *Required Materials*: PhET simulation, spinach leaves, acetone, chromatography paper, laptops/tablets, headphones, Jamboard/Blooket/Edulastic accounts. *Tech Integration*: All activities are designed for 1:1 Chromebook/iPad deployment with Google Classroom for assignment distribution.
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