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Service Description

Welcome to the mBot Neo Mastery Course! This course takes students on a hands-on robotics journey using the powerful mBot Neo and CyberPi controller. Learners will explore coding, electronics, sensors, AI features, and real engineering challenges—all through fun, structured lessons. Each module builds on the last, guiding students from basic setup to advanced autonomous navigation and probleWhether you're new to robotics or ready to take your skills to the next level, this course transforms you from a beginner coder into a confident robot engineer. 📘 Module 1: Meet Your Machine – CyberPi, mBlock & Motor Mastery Focus: Getting to know CyberPi, the mBlock interface, and precision motor control Students begin by exploring the mBot Neo from the inside out. They assemble the robot, learn how the CyberPi “brain” works, and write their very first programs. Then they move into mastering encoder motors—learning to drive by distance, angle, power, and loops. 📗 Module 2: Sense & React – The World Around Us Focus: Ultrasonic Sensor · Quad RGB Sensor · Autonomous Navigation Now the robot begins to think about its environment. Students learn how to measure distance, avoid obstacles, detect colors, and follow lines like real autonomous vehicles. This module builds strong logic and problem-solving skills. 📙 Module 3: CyberPi Controller – Inputs, Logic & Games Focus: Joystick · Buttons · Gyroscope · Screen · Variables & Logic Students now use CyberPi itself as a controller—turning the robot into a game system, a tool, and an interactive machine. This module builds skills with inputs, sensors, math, variables, and decision-making. 📒 Module 4: Advanced Intelligence – AI, Sound & IoT Focus: Microphone · Speaker · Voice AI · Light Sensor · Networking · Data Science Here, students unlock the “smart” capabilities of mBot Neo. Using CyberPi’s built-in microphone, speaker, and communication tools, they build voice-controlled robots, data dashboards, and IoT-connected machines. 🎓 Module 5: Engineering Challenges – Capstone Projects Focus: Engineering Design · Strategy · Advanced Problem Solving The final module brings everything together. Students tackle real engineering challenges, applying coding, sensors, logic, and mechanical principles to compete, explore, and innovate. 🌟 By the End of This Course, Students Will: ✓ Use sensors, motors, CyberPi inputs, and AI tools ✓ Create autonomous robots that navigate, react, and adapt ✓ Apply logic, variables, loops, and conditionals