Micromouse: Building Autonomous Maze-Solving RobotsMicromouse: Building Autonomous Maze-Solving RobotsWelcome to Our World
STEM USA's Micromouse project challenges students to design, build, and program a small autonomous robot that navigates a maze from a corner to the center. Students connect mechanical design, electronics, programming, sensors, and pathfinding through hands-on testing.STEM USA's Micromouse project challenges students to design, build, and program a small autonomous robot that navigates a maze from a corner to the center. Students connect mechanical design, electronics, programming, sensors, and pathfinding through hands-on testing.STEM USA's Micromouse project challenges students to design, build, and program a small autonomous robot that navigates a maze from a corner to the center. The project connects mechanical design, electronics, programming, sensors, and pathfinding through hands-on testing and iteration.STEM USA's Micromouse project challenges students to design, build, and program a small autonomous robot that navigates a maze from a corner to the center. Students connect mechanical design, electronics, programming, sensors, and pathfinding through hands-on testing.We believe in creating meaningful experiences that inspire and connect. Let us help you bring your vision to life.
Arduino Foundations
Learn microcontroller programming, sensor reading, motor control, and the foundations of autonomous robotics.Learn microcontroller programming, sensor reading, motor control, and the foundations of autonomous robotics.Learn microcontroller programming, sensor reading, motor control, and the foundations of autonomous robotics.Learn microcontroller programming, sensor reading, motor control, and the foundations of autonomous robotics.We deliver exceptional results in everything we do, ensuring your satisfaction at every step.
Build and Test
Assemble a working robot, integrate sensors and motors, and improve the design through testing and iteration.Assemble a working robot, integrate sensors and motors, and improve the design through testing and iteration.Our experienced team brings skill and passion to every project, no matter the size.
Navigation Algorithms
Use flood-fill and related pathfinding ideas to map the maze, choose efficient routes, and connect code with measurable robot behavior.Proven outcomes that speak for themselves and make a meaningful difference for your business.