Original PromptCreate a comprehensive 3-day worksheet series that builds students' foundational understanding of VEX EXP robotics systems and prepares them to confidently approach hands-on construction. The activities should progress from identifying key components and their functions on Day 1, to understanding basic mechanical principles and design considerations on Day 2, and culminating in planning their first build with sketching and part selection on Day 3. Ensure each day includes visual diagrams, vocabu...
This educational resource outlines a three-day curriculum focused on the identification and function of VEX EXP components, mechanical principles, and design planning for custom robot builds. Day 1 emphasizes component identification, including the VEX Brain and Smart Motors, and tasks that link robot functions to specific hardware. Day 2 shifts to system integration, diagnostics, and mechanical analysis, with a focus on identifying system failures and understanding gear ratios and torque. The final day centers on design considerations, evaluating trade-offs in chassis design, stability, weight distribution, and producing a formal assembly plan including technical sketches and Bill of Materials (BOM). Students will engage in hands-on tasks, critical thinking scenarios, and peer collaboration to deepen their understanding of robotic systems.