ABOUT US
WHO WE ARE
Wire Fire #23260 is a first-year FTC team based out of Lake Oswego Oregon. Comprised of middle and high school students, Wire Fire aims to be the best in the league using STEM and engineering while promoting valuable life skills and employing ideas that our wonderful coaches think of. Currently Wire Fire is looking for sponsors to support the team.
TEAM MEMBERS
I like to play tennis, bike, race in video games, and sleep.
Lucas -- Programming
Pi Kai -- Outreach
I play baseball, swim, and play video games.
Chase -- Build
I like to play video games, hang out, and make Youtube videos
Felix -- Build
I like to run, build things, and play percussion in band.
Gavin -- Build
I like to play tennis, and play lots of racing video games.
John -- Programming
I like to play tennis and video games, and I enjoy science.
Preston -- Programming
I like to play water polo and kite surf.
West -- Outreach
In my free time I play baseball, video games, and trumpet
Francis -- Outreach
I play softball, and like to swim. I love to travel and see places!
TEAM COACHES
Yu -- Coach
Isidro -- Coach
TEAM ROLES
Outreach
Build
Programming
Doing outreach in an FTC team is an essential part of our journey. It allows us to connect with the community and spread awareness about STEM education. By organizing workshops and demonstrations, we can inspire young minds and cultivate their interest in robotics and technology. Additionally, outreach events provide us with opportunities to showcase our team's accomplishments and share our experiences with others.
Building a robot for our FTC team is an exciting and challenging task. It requires a combination of technical skills, creativity, and teamwork. The process starts with brainstorming ideas and designing the robot's structure and components. Each of our team members contributes their expertise and ideas in to programming, electronics, and building mechanics to bring the robot to life.
Programmings a robot for FTC involves a multitude of intricate tasks. From designing algorithms to manipulating sensors, every aspect of robot programming must be carefully considered. Our team members meticulously analyze the game rules and strategize how the robot can best navigate the challenges presented. We work collaboratively to write code that enables the robot to perform specific actions and tasks, such as autonomous movements or precise manipulations.
