Advanced AI Robot Design & AR Coding

Grades: Grade 3-5

Length: 3 weeks

Accreditation: Fully WASC Accredited (The Gold Standard in K-12 Education)

Prerequisite: None

DESCRIPTION

Step into the future of engineering! Young Innovators will embark on a complete 3-week journey, transforming from robot builders to AI commanders.

No experience needed—everyone learns at their own pace, with extra challenges for students who are ready for more.

This isn't just about remote-controlled toys; it's about building intelligent machines. Students progress through three exciting levels of engineering. First, they learn a Smart Sensor Robot that avoids obstacles. Next, they level up to the Advanced Mecha Robot, featuring mechanical arms and futuristic Omni-directional wheels. Finally, they unlock the power of Artificial Intelligence (AI), training their robot to listen to voice commands. Throughout the camp, students combine their physical engineering with Holographic AR, teleporting into digital worlds to partner with their smart robots on critical missions.

Along the way, campers build creativity, critical thinking, and persistence as they debug and improve their AI robots.

Experience the Magic of AI Robotics + AR: We combine mechanical engineering with the cutting-edge power of AI.

• Talk to Your Robot (AI): Students use AI technology to train their robot to listen. They can speak commands like "Grab that!" or "Move Left!" and watch their creation obey in real-time.
• Omni-Directional Movement: Students control a robot with special Mecanum wheels, allowing it to drift sideways and move in any direction—just like advanced space rovers.
• Teleport to the Mission: Using Holographic AR, students don't just watch their robot; they become the mission commander. They can visualize their robot exploring a virtual galaxy or ocean floor while controlling it safely from the classroom.

The 3-Week Hardware Journey:

• Week 1: The Smart Scout: Students work with a robot powered by an ESP32 chip (industry standard). The focus is on Sensors—coding the robot to detect walls, follow lines, and avoid obstacles automatically.
• Week 2: The Mecha Rover: Students advance to a complex robot equipped with Mechanical Arms, Omni-Directional Wheels, and PicoW (industry standard). The focus is on advanced motion control and grasping objects.
• Week 3: The AI Commander: Students integrate an AI System. The focus is on Voice Control and intelligent decision-making.
• Note: The smart robot hardware is provided for camp use. Parents have the option to purchase a kit to take home for continued learning!

What You Will Do:

• Code Intelligence: Give your robot a "brain" using block-based coding, teaching it to make decisions based on what its sensors see.
• Control the Arm: Program the mechanical arm to grab, lift, and move objects with precision.
• Train the AI: Program your robot to recognize your specific voice commands and ignore others.
• Navigate with AR: Create a digital environment for your robot and control it as it navigates through virtual hazards.
• Play & Learn: Enjoy a balance of learning with fun indoor/outdoor camp activities.

Modules:

Part 1.     Introduction to Robotics Mechanics

Part 2.     Introduction to Robotics Motor Controls

Part 3.     Introduction to Robotics Coding

Part 4.     Introduction to AR Coding for Robotics Motor Control

Part 5.     Introduction to Circuits

Part 6.     Intermediate Robotics Sensors

Part 7.     Intermediate Robotics Sensor Controls and Programming

Part 8.     Interactive AR Coding for Robotics Sensor Controls

Part 9.     Intro to AI

Part 10.  Intro to AI-Based Robotics Control

Part 11.  Interactive AR coding with AI and Robotics

Part 12.  Design Your Own AI-Based Robotics Control

What students will learn:

• Computer, keyboard, mouse, and Internet skills (Young Level)
• Introduction to AI (Young Level)
• AI Robotics Design (Young Level)
• Introduction to Circuits (Young Level)
• Holographic AR concepts (Young Level)
• Holographic AR logic (Young Level)
• Holographic AR coding (Young Level)
• UI/UX (user interface/user experience) (Young Level)
• Beginning to Advanced Robotics Engineering (Young Level)
• Beginning to Advanced Robotics Coding (Young Level)
• Visual communication (Young Level)
• Interactive storytelling (Young Level)
• Debugging and Problem-solving (Young Level)
• Design Thinking process based on Stanford University Design School curriculum (Young Level)