Mission Description
- Context: Factories often sort objects by color or type (e.g., sorting candies or recyclables). Build an AIPowered Color Sorting Machine that uses computer vision to separate objects by color onto two conveyer belts or bins.
- Task: Set up a small conveyor belt or sliding ramp for objects (you can use LEGO or cardboard and a continuous servo or DC motor to move items). Position an AI camera or color sensor above the conveyor. Train a simple machine learning model (or use HuskyLens color recognition mode) to recognize at least two categories: e.g., red items vs blue items. At a decision point, use a servo-operated arm or motorized gate to divert items into the correct bin based on the detected color. For instance, as a colored token comes down the line, the camera sees “blue,” the Arduino moves the gate to route it right; if “red,” route left. Calibrate speed and timing so the sorter can react in time.
- Expected Output: A mini automated sorting line. In a trial, you place mixed red and blue beads or balls onto the moving belt. As each one passes under the camera, the machine quickly flicks an actuator to send it into the appropriate collection cup: all reds end up in one cup, all blues in another, sorted nearly flawlessly. This complex mission shows how AI and robotics combine in manufacturing and recycling – solving real industrial and environmental challenges by automating tedious sorting tasks
Student Goal
Task: Set up a small conveyor belt or sliding ramp for objects (you can use LEGO or cardboard and a
continuous servo or DC motor to move items). Position an AI camera or color sensor above the conveyor.
Train a simple machine learning model (or use HuskyLens color recognition mode) to recognize at least two
categories: e.g., red items vs blue items. At a decision point, use a servo-operated arm or motorized
gate to divert items into the correct bin based on the detected color. For instance, as a colored token comes
down the line, the camera sees “blue,” the Arduino moves the gate to route it right; if “red,” route left.
Calibrate speed and timing so the sorter can react in time.
Mission Information
Status
Open
Deadline
December 31, 2025
Category
School
Grade
G12 — Capstone Technology Missions
Rewards
Recognition, Internships, Prizes
Presented by
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Take on the challenge and make a difference with AI-Powered Color Sorting Machine.