Robot Soccor Games
In this exciting competition, participants will build their own robot cars. Each team will consist of 2-5 robot cars, and the goal is to kick the ball into the opposing team's goal. The rules are as follows:
Competition Rules:
Robot cars must stay within the white lines of the playing field. If a car crosses the line, the following penalties apply:
The first infraction results in a yellow card warning;
The second infraction leads to a red card, disqualifying the car from the match.
Participants will utilize programming, electronics, mechanical design, teamwork, various sensors, and AI technology to strive for victory in the competition. This event challenges not only technical skills but also creativity and collaborative spirit!
Robot Soccer Program
Mechanical Engineering, Electronics, Design, and Programming
Students will learn to safely and effectively use a variety of mechanical tools, including drills, screwdrivers, and soldering equipment, building strong practical skills and a foundation in mechanics.
With an introduction to multiple microcontrollers (such as Microbits, Arduino, ESP32, Raspberry Pi
), students will gain hands-on experience in electronic circuits. This includes learning voltage testing, using a multimeter, creating circuit diagrams, and working with jumper wires and breadboards, offering a solid basis in electrical engineering.
In the design component, students will develop 3D modeling skills through CAD software and bring their ideas to life using a 3D printer, allowing for custom design and creativity in robot construction.
Students will start with block programming for foundational understanding, then advance to Python and C++ for coding and algorithm practice. These skills will enable them to program their robots effectively for soccer challenges.
