# Robotics Course ## Module 1: From Blocks to Python - **Introduction to Python and simple text commands** - **Compare:** block code vs Python syntax - **Activity:** Code a simple movement program in Python - **Worksheet:** Decode This! (match commands with behaviors) --- ## Module 2: Robotics with Real Logic - **Use:** if, elif, else, while, and for loops - **Hands-on:** Create smart control programs (e.g., robot that stops if obstacle appears) - **Debugging session:** Spot the logic error - **Challenge:** Design a conditional navigation script --- ## Module 3: Meet Automation - **What is automation?** Explore real-world systems (factories, alarms) - **Project:** Conveyor Belt Bot / Timer Bot - **Build:** A robot that does a repetitive task automatically - **Worksheet:** Automation Flowchart --- ## Module 4: Intro to AI Concepts - **Difference between automation and AI** - **Teach robots to “make decisions”** using simple logic trees - **Explore:** sensors + inputs to mimic smart assistants - **Project:** Design a “smart room” robot --- ## Module 5: Capstone Project – Solve with Code - **Choose a real-world issue:** security, transportation, health - **Design → Build → Code → Test → Present** - **Code must include:** conditions, loops, and real sensor input - **Final Day:** Robot Showcase with peer demos + feedback --- ## 🎯 5 Learning Objectives 1. Transition from block-based coding to text-based programming using Python. 2. Write and debug logic-based code using conditionals and loops. 3. Build automated robotic systems for real-life tasks. 4. Understand beginner-level AI and how robots “make decisions.” 5. Apply STEM knowledge to design, code, and present robotics solutions.