Scratch Coding Unit: 4-Week Beginner Computer Science Curriculum | Grades 3–6

✨ Bring Computer Science to Life with Scratch! ✨

``` Are you looking for a comprehensive, beginner-friendly coding curriculum that actually works in a real classroom? This 4-Week Scratch Coding Unit takes students from zero coding experience to designing and programming their own interactive games! Designed specifically for Grades 3–6, this all-in-one resource is completely browser-based (using scratch.mit.edu), meaning no software installations, no updates, and no IT headaches. Just open Chrome, Safari, or Edge, and start coding! 📋 WHAT’S INCLUDED This premium mega-resource includes everything you need to teach a full 4-week unit: 20 Detailed Lesson Plans: Step-by-step instruction with objectives, materials, guided practice, independent challenges, and closure activities. Week 1: Getting Started (Interface, Sprites, Costumes, Backdrops, Motion) Week 2: Loops & Conditionals (Sequences, Forever, Repeat, If/Then) Week 3: Animation & Interaction (Broadcasting, Variables, Sensing, Sound) Week 4: Final Game Project (Design, Mechanics, Levels, Debugging, Showcase) 40-Page Step-by-Step Student Workbook: Printable activities, planning templates (storyboards & game design documents), vocabulary matching, and daily reflections tailored to each lesson. 10 Coding Concept Reference Cards: Printable, color-coded visual aids covering Sequences, Loops, Conditionals, Variables, Events, Motion, Looks, Sensing, Broadcasting, and the Pen Extension. 15 Debugging Challenge Cards: Common Scratch bugs (like the "Infinite Score Glitch" or the "Invisible Sprite") presented as mini-challenges with the exact fix explained. Project Showcase Rubric: A clear, 4-point rubric assessing Code Functionality, Coding Concepts, Creativity & Design, User Experience, and Presentation. Teacher Screencasts Link List: A curated topic guide for 20 video tutorials, with space to insert your own links or free Scratch foundation videos for flipped classroom learning. 🧠 SKILLS COVERED Computational Thinking: Decomposition, pattern recognition, and algorithm design. Core Coding Concepts: Sequencing, loops (forever & repeat), conditionals (if/then/else), variables, and event-driven programming (broadcasts). Math Integration: Coordinate geometry (x-axis, y-axis), angles, and geometric shapes using the Pen extension. Problem Solving: Systematic debugging and testing strategies. Digital Literacy: Navigating web-based platforms, saving digital files, and responsible digital creation. 🏫 HOW TO USE Tech Class / STEM Lab: Use as your primary 4-week curriculum for grades 3–6. Classroom Teachers: Integrate as a daily 45-minute math/tech center or Friday STEM activity. Distance / Hybrid Learning: Perfect for at-home learning since Scratch is 100% browser-based and the workbook can be printed or used digitally. After-School Clubs: Run a 4-week "Game Design Club" with the final showcase as the culminating event! 🎯 GRADE SUITABILITY Specifically scaffolded for Grades 3, 4, 5, and 6. The language is accessible for 8-year-olds, yet the concepts (variables, conditionals, coordinate planes) provide rigorous challenge for 12-year-olds. ⭐ STANDARDS ALIGNMENT This unit aligns with major national standards: CSTA K-2 & 3-5 Standards: 1A-CS-01, 1A-AP-08, 1A-AP-10, 1B-CS-01, 1B-AP-08, 1B-AP-10, 1B-AP-12, 1B-AP-15, and more. ISTE Standards: 1.1 Empowered Learner, 1.4 Innovative Designer, 1.5 Computational Thinker, 1.6 Creative Communicator. CCSS Math Practice: MP1 (Problem Solving), MP2 (Abstract Reasoning), MP6 (Precision). ```