🛠️ Hands-on Capstones
Interactive Student Projects Lab
The objective is not merely completing a class — it is building real, working creations that children can proudly present to their peers, teachers, and family.
🤖 Autonomous Robotics & Algorithmic Thinking • Grades 1–10
Rover Pathfinding & Code Sequencer Lab
Program real hardware steps: Queue move and turn logic blocks, test obstacle collision sensors, collect energy batteries, and reach the destination terminal!
Track:
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Queue navigation commands, then tap Run Algorithm!⚡ 0
1. Microcontroller Action Blocks (Click to Queue)
2. Instruction Sequence Buffer (0/12 blocks):
Click the blocks above to build your autonomous robot algorithm!
Curriculum project guides
Planned learning builds, not a gallery of completed student work.
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Autonomous Obstacle Rover
Equipped with ultrasonic sensors that measure echo reflections to detect walls and navigate mazes automatically.
Grades 3–6 • Arduino C++🌱
Smart IoT Greenhouse
Soil moisture probes monitor dryness and command a miniature water pump relay to keep plants watered automatically.
Grades 7–8 • ESP32 & Sensors🦾
Vision-Guided Robotic Arm
A webcam detects colored objects on a testing track and commands multi-servo claws to sort items into boxes.
Grades 9–10 • Python & OpenCV