EuConquisto Composer MCP

# Prompt Writing Mastery Guide **Document**: Advanced Prompt Writing for Educational Content **Version**: 1.0 **Date**: July 5, 2025 **Audience**: Educators and Content Creators ## The Art of Educational Prompts Writing effective prompts is the key to creating exceptional educational content. This guide teaches you how to craft prompts that generate professional-quality lessons tailored to your exact needs. ## The Anatomy of a Perfect Prompt ### 🎯 **The TOPIC Framework** **T** - **Topic & Subject**: What are you teaching? **O** - **Objective & Outcomes**: What should students learn? **P** - **Population & Level**: Who are your students? **I** - **Integration & Applications**: How does this connect to real life? **C** - **Components & Activities**: What elements do you want included? ### Example Using TOPIC Framework #### Basic Physics Lesson ``` TOPIC: "Create a physics lesson about momentum and collisions" ``` #### Enhanced with TOPIC Framework ``` TOPIC: Create a comprehensive physics lesson about momentum and collisions OBJECTIVE: Students will understand conservation of momentum and apply it to real-world scenarios POPULATION: For 11th grade physics students preparing for college entrance exams INTEGRATION: Include applications to automotive safety, sports, and engineering design COMPONENTS: Interactive simulations, calculation problems, real crash test videos, and lab experiment designs ``` **Result**: Instead of a basic lesson, you get a comprehensive educational experience with multimedia elements, practical applications, and assessment tools. ## Prompt Formulas That Work ### 🏆 **Formula 1: The Complete Lesson Builder** ``` Create a [SUBJECT] lesson about [SPECIFIC TOPIC] for [GRADE LEVEL] students that [LEARNING OBJECTIVE]. Include [SPECIFIC ELEMENTS] and connect to [REAL-WORLD APPLICATIONS]. Students should be able to [MEASURABLE OUTCOMES] by the end of the lesson. ``` **Example**: ``` Create a chemistry lesson about chemical equilibrium for 12th grade students that explains Le Chatelier's principle and reaction dynamics. Include interactive simulations, industrial examples, and calculation problems. Connect to pharmaceutical manufacturing and environmental chemistry. Students should be able to predict equilibrium shifts and calculate equilibrium constants by the end of the lesson. ``` ### 🚀 **Formula 2: The Application-Focused Builder** ``` Develop a [SUBJECT] lesson about [TOPIC] for [AUDIENCE] with emphasis on [APPLICATION AREA]. Include [ACTIVITY TYPES] and ensure students can [PRACTICAL SKILLS]. Use examples from [CONTEXT/INDUSTRY]. ``` **Example**: ``` Develop a mathematics lesson about statistics and probability for high school students with emphasis on data science and business applications. Include hands-on data analysis, spreadsheet work, and real dataset exploration. Ensure students can interpret graphs, calculate probabilities, and make data-driven decisions. Use examples from marketing, sports analytics, and social media. ``` ### 🎓 **Formula 3: The Standards-Aligned Builder** ``` Create a [GRADE-LEVEL] [SUBJECT] lesson about [TOPIC] aligned with BNCC competencies. Focus on [SPECIFIC COMPETENCY] and include [ASSESSMENT TYPE]. Ensure [ACCESSIBILITY FEATURE] and provide [DIFFERENTIATION OPTIONS]. ``` **Example**: ``` Create a 7th grade science lesson about ecosystem relationships aligned with BNCC competencies. Focus on interdependence and energy flow, and include formative assessments with immediate feedback. Ensure visual learners have diagram support and provide extension activities for advanced students. ``` ### 💡 **Formula 4: The Problem-Based Builder** ``` Design a [SUBJECT] lesson that solves the real-world problem: [PROBLEM STATEMENT]. For [AUDIENCE], using [METHODOLOGY] approach. Students will [ACTION VERBS] and create [FINAL PRODUCT]. ``` **Example**: ``` Design an environmental science lesson that solves the real-world problem: How can our school reduce its carbon footprint by 30%? For 9th grade students, using project-based learning approach. Students will research energy usage, analyze data, propose solutions, and create an action plan presentation for school administration. ``` ## Subject-Specific Prompt Strategies ### 🔬 **Science Prompts** #### **Physics Excellence** ``` Template: Create a physics lesson about [CONCEPT] for [LEVEL] that demonstrates [PRINCIPLE] through [REAL-WORLD EXAMPLE]. Include mathematical calculations, visual diagrams, and [HANDS-ON ACTIVITY]. Connect to [CAREER FIELD] and provide [ASSESSMENT TYPE]. Example: Create a physics lesson about wave interference for AP Physics that demonstrates constructive and destructive interference through noise-canceling headphone technology. Include mathematical calculations, wave simulation diagrams, and a sound wave lab experiment. Connect to audio engineering careers and provide problem-solving assessments with real-world scenarios. ``` #### **Chemistry Mastery** ``` Template: Develop a chemistry lesson about [TOPIC] for [LEVEL] focusing on [CHEMICAL PRINCIPLE]. Include molecular visualizations, [LAB COMPONENT], and connections to [INDUSTRY APPLICATION]. Students should master [SPECIFIC SKILLS]. Example: Develop a chemistry lesson about organic synthesis for college students focusing on reaction mechanisms and stereochemistry. Include 3D molecular visualizations, virtual synthesis lab, and connections to pharmaceutical drug development. Students should master retrosynthetic analysis and predict reaction products. ``` #### **Biology Engagement** ``` Template: Create a biology lesson about [BIOLOGICAL PROCESS] for [AUDIENCE] that explores [SPECIFIC ASPECT]. Include [VISUAL ELEMENT], case studies from [CONTEXT], and [INTERACTIVE COMPONENT]. Address [CURRENT ISSUE]. Example: Create a biology lesson about genetic engineering for high school students that explores CRISPR technology applications. Include DNA editing animations, case studies from medical research, and ethical debate activities. Address current controversies in human genetic modification. ``` ### 📚 **Language Arts Prompts** #### **Literature Analysis** ``` Template: Design a literature lesson analyzing [LITERARY WORK] for [GRADE] students focusing on [LITERARY ELEMENT]. Include [ANALYSIS ACTIVITY], connections to [HISTORICAL/CULTURAL CONTEXT], and [CREATIVE COMPONENT]. Example: Design a literature lesson analyzing "Dom Casmurro" for 11th grade students focusing on narrative reliability and literary ambiguity. Include textual evidence analysis activities, connections to 19th century Brazilian society, and creative writing exercises exploring alternative perspectives. ``` #### **Writing Skills** ``` Template: Create a writing lesson about [WRITING TYPE] for [LEVEL] that teaches [SPECIFIC SKILLS]. Include [MENTOR TEXT], step-by-step process instruction, and [AUTHENTIC AUDIENCE]. Students will produce [FINAL PRODUCT]. Example: Create a writing lesson about persuasive essays for 8th grade that teaches argumentative structure and evidence integration. Include mentor texts from student newspapers, step-by-step drafting process, and letters to local government officials. Students will produce a policy proposal letter on a school or community issue. ``` ### 🌍 **Social Studies Prompts** #### **History Engagement** ``` Template: Develop a history lesson about [HISTORICAL PERIOD/EVENT] for [GRADE] that examines [HISTORICAL THEME]. Use [PRIMARY SOURCES], include [PERSPECTIVE ACTIVITY], and connect to [CONTEMPORARY ISSUE]. Example: Develop a history lesson about the Brazilian military dictatorship for 12th grade that examines resistance movements and civil rights. Use primary sources from the period, include multiple perspective analysis of opposition groups, and connect to contemporary discussions about democracy and authoritarianism. ``` #### **Geography Applications** ``` Template: Create a geography lesson about [GEOGRAPHIC CONCEPT] for [AUDIENCE] using [TECHNOLOGY TOOL]. Include [DATA ANALYSIS], connections to [CURRENT EVENTS], and [ACTION-ORIENTED OUTCOME]. Example: Create a geography lesson about urban planning for 10th grade using GIS mapping technology. Include demographic data analysis, connections to current housing crises, and proposals for sustainable city development. ``` ### ➕ **Mathematics Prompts** #### **Applied Mathematics** ``` Template: Design a mathematics lesson about [MATHEMATICAL CONCEPT] for [LEVEL] through [REAL-WORLD APPLICATION]. Include [PROBLEM-SOLVING STRATEGY], connections to [CAREER FIELD], and [TECHNOLOGY INTEGRATION]. Example: Design a mathematics lesson about exponential functions for Algebra 2 through compound interest and loan calculations. Include systematic problem-solving strategies, connections to financial planning careers, and spreadsheet technology for modeling different scenarios. ``` #### **Mathematical Reasoning** ``` Template: Create a mathematics lesson that develops [MATHEMATICAL PRACTICE] through [TOPIC] for [GRADE]. Include [REASONING ACTIVITY], [COMMUNICATION COMPONENT], and [REAL-DATA APPLICATION]. Example: Create a mathematics lesson that develops statistical reasoning through sports analytics for 11th grade. Include hypothesis testing activities, data presentation to classmates, and analysis of actual professional sports statistics. ``` ### 🔧 **Technical/Vocational Prompts** #### **Programming Excellence** ``` Template: Develop a programming lesson about [PROGRAMMING CONCEPT] for [EXPERIENCE LEVEL] using [PROGRAMMING LANGUAGE]. Include [HANDS-ON PROJECT], [DEBUGGING PRACTICE], and applications to [INDUSTRY SECTOR]. Example: Develop a programming lesson about object-oriented design for intermediate students using Python. Include a game development project, systematic debugging practice with common OOP errors, and applications to web development and data science. ``` #### **Practical Skills** ``` Template: Create a [SKILL AREA] lesson about [SPECIFIC TECHNIQUE] for [AUDIENCE] that emphasizes [QUALITY STANDARD]. Include [SAFETY COMPONENT], [PRACTICAL APPLICATION], and [ASSESSMENT METHOD]. Example: Create a culinary arts lesson about knife skills and food preparation for culinary students that emphasizes professional kitchen standards. Include comprehensive safety protocols, practical preparation of a complete meal, and skill demonstration assessments. ``` ## Advanced Prompt Techniques ### 🎨 **Differentiation and Accessibility** #### **Multi-Level Instruction** ``` Create a [SUBJECT] lesson about [TOPIC] for [GRADE] with three difficulty levels: foundational, standard, and advanced. Include scaffold supports for struggling learners, core content for grade-level students, and extension challenges for advanced learners. Provide [ACCOMMODATION TYPE] for students with [SPECIFIC NEED]. ``` #### **Multiple Learning Styles** ``` Design a [SUBJECT] lesson about [TOPIC] that addresses visual, auditory, and kinesthetic learning preferences. Include [VISUAL ELEMENT] for visual learners, [AUDITORY ELEMENT] for auditory learners, and [HANDS-ON ACTIVITY] for kinesthetic learners. ``` ### 🌐 **Cultural Responsiveness** #### **Brazilian Context Integration** ``` Create a [SUBJECT] lesson about [TOPIC] that incorporates Brazilian cultural examples, historical context, and contemporary issues. Use [BRAZILIAN EXAMPLE], reference [CULTURAL ELEMENT], and connect to [CURRENT BRAZILIAN ISSUE]. ``` #### **Global Perspectives** ``` Develop a [SUBJECT] lesson about [TOPIC] that includes multiple cultural perspectives and global examples. Compare [CONCEPT] across different cultures, include case studies from [DIFFERENT COUNTRIES], and address [GLOBAL CHALLENGE]. ``` ### 🔄 **Assessment Integration** #### **Formative Assessment Focus** ``` Create a [SUBJECT] lesson about [TOPIC] with embedded formative assessments every [TIME INTERVAL]. Include [QUICK CHECK TYPE], [PEER ASSESSMENT ACTIVITY], and [SELF-REFLECTION COMPONENT] to monitor student understanding throughout the lesson. ``` #### **Authentic Assessment** ``` Design a [SUBJECT] lesson about [TOPIC] culminating in an authentic assessment where students [REAL-WORLD TASK]. Include [PERFORMANCE CRITERIA], [AUDIENCE FOR WORK], and [REFLECTION COMPONENT]. ``` ## Common Prompt Mistakes and Fixes ### ❌ **Mistake 1: Too General** ``` Bad: "Create a science lesson" Good: "Create a 7th grade life science lesson about cell division that includes microscopy images, time-lapse videos, and hands-on modeling with clay or play-dough" ``` ### ❌ **Mistake 2: Conflicting Requirements** ``` Bad: "Create an elementary lesson with advanced college-level concepts" Good: "Create an elementary lesson that introduces [CONCEPT] using age-appropriate analogies and builds foundation for future advanced study" ``` ### ❌ **Mistake 3: Missing Context** ``` Bad: "Make a math lesson about fractions" Good: "Create a 4th grade math lesson about fractions using cooking and recipe examples that students can try at home with family" ``` ### ❌ **Mistake 4: No Assessment Plan** ``` Bad: "Create a lesson about photosynthesis" Good: "Create a lesson about photosynthesis with formative assessments, a lab practical, and a summative quiz that measures understanding of the light and dark reactions" ``` ### ❌ **Mistake 5: Ignoring Technology** ``` Bad: "Make a traditional lesson" Good: "Create a lesson that integrates [SPECIFIC TECHNOLOGY] to enhance learning while providing non-tech alternatives for accessibility" ``` ## Expert-Level Prompt Construction ### 🏆 **The Master Formula** ``` Create a [DURATION] [SUBJECT] lesson for [SPECIFIC AUDIENCE] about [PRECISE TOPIC] that achieves [SPECIFIC LEARNING OBJECTIVES]. Structure the lesson with: - [OPENING ACTIVITY] to engage and assess prior knowledge - [MAIN INSTRUCTION METHOD] to introduce new concepts - [PRACTICE ACTIVITY] for skill development - [APPLICATION TASK] for real-world connection - [ASSESSMENT STRATEGY] to measure learning Include differentiation for [STUDENT NEEDS], integrate [TECHNOLOGY/TOOLS], and connect to [BROADER CONTEXT]. Ensure BNCC alignment with [SPECIFIC COMPETENCY] and provide [ACCOMMODATION TYPE] for accessibility. Students should demonstrate mastery by [MEASURABLE OUTCOME] and be prepared for [NEXT STEPS IN LEARNING]. ``` ### 🎯 **Example of Master Formula in Action** ``` Create a 50-minute high school chemistry lesson for 11th grade students about chemical kinetics that achieves understanding of reaction rates, catalysts, and the collision theory model. Structure the lesson with: - Interactive demonstration using Alka-Seltzer in different temperature water to engage and assess prior knowledge about reaction speed - Guided inquiry approach using virtual lab simulations to introduce collision theory and activation energy concepts - Data analysis activity where students graph reaction rate data and identify patterns - Real-world connection task analyzing enzyme function in biological systems and industrial catalyst applications - Lab practical assessment where students design and conduct a controlled experiment measuring reaction rate variables Include differentiation for English language learners with vocabulary support and visual diagrams, integrate PhET simulations and data analysis software, and connect to biochemistry and environmental chemistry applications. Ensure BNCC alignment with investigation and scientific reasoning competencies and provide closed captioning for videos for hearing-impaired students. Students should demonstrate mastery by accurately predicting reaction rate changes based on different conditions and be prepared for equilibrium studies in the next unit. ``` ## Quick Reference: Prompt Power Words ### 🎯 **Engagement Verbs** - Analyze, Compare, Evaluate, Investigate, Explore, Discover, Create, Design, Build, Solve, Predict, Justify ### 🎯 **Activity Types** - Virtual lab, Simulation, Debate, Role-play, Case study, Project, Investigation, Demonstration, Gallery walk, Think-pair-share ### 🎯 **Assessment Methods** - Performance task, Portfolio, Presentation, Lab practical, Peer assessment, Self-reflection, Exit ticket, Quick poll ### 🎯 **Technology Integration** - Interactive simulations, Virtual reality, Augmented reality, Online collaboration, Data visualization, Multimedia presentation, Digital storytelling ### 🎯 **Real-World Connections** - Current events, Career applications, Community issues, Global challenges, Personal relevance, Cultural connections ## Final Tips for Prompt Mastery ### ✅ **Do This** 1. **Start with student needs** - What do they already know? What gaps exist? 2. **Be specific about outcomes** - What exactly should students be able to do? 3. **Include multiple modalities** - Visual, auditory, kinesthetic elements 4. **Plan for assessment** - How will you know students learned? 5. **Connect to bigger picture** - How does this fit into broader learning goals? ### ❌ **Avoid This** 1. **Vague language** - "Make it interesting" doesn't specify what interesting means 2. **Too many objectives** - Focus on 2-3 clear learning goals per lesson 3. **Missing context** - Without audience specification, content may be inappropriate 4. **Ignoring prerequisites** - Assuming knowledge students may not have 5. **No assessment planning** - Learning without measurement is incomplete --- **🚀 Ready to Write Amazing Prompts?** Practice with the formulas above, start with your favorite subject, and remember: the more thoughtful your prompt, the more powerful your lesson will be! **💡 Pro Tip**: Save your best prompts as templates. Successful prompt patterns can be adapted for multiple topics and subjects.