AI-Powered Robotics Lab
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Welcome to the AI-Powered Robotics Lab, where mechanical engineering meets the cutting edge of computer science. This camp is designed for students ready to move beyond standard remote-controlled bots and enter the world of autonomous, intelligent systems.
Training the Robotic "Eye"
The centerpiece of this lab is the VEX IQ AI Vision Sensor. Students will go beyond basic distance sensors to explore how machine learning allows machines to interpret the physical world.
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Visual Recognition: Training robots to identify specific colors, shapes, and objects.
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Autonomous Navigation: Programming logic that allows a robot to make "decisions" based on what it sees in real-time.
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Spatial Awareness: Using visual data to calculate distances and trajectories within a 3D environment.
AI as a Coding Partner
In this lab, we don't just teach coding; we teach students how to use Generative AI as a professional-grade assistant.
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Prompt Engineering for Code: Students will use Gemini to help brainstorm logic for their block-based programs.
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Debugging & Optimization: Learning how to describe a robotic "bug" to an AI to receive troubleshooting steps and more efficient code blocks.
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Iterative Design: Using AI to rapidly prototype different solutions for mechanical and software challenges.
The AI Grand Challenge
The week reaches its peak with a high-stakes Grand Challenge. Students will be presented with a complex, multi-stage problem—such as sorting "contaminated" materials or navigating an obstacle course autonomously—and must build, train, and program a robot to solve it without human intervention.
Skills Acquired
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Robotic Engineering: Structural integrity and gear ratios.
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AI Literacy: Understanding the difference between hard-coded instructions and vision-based intelligence.
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Collaborative Programming: Working with both human peers and AI tools to reach a goal.
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