Ever since I discovered FIRST Robotics Competition (FRC) at a STEM event, I knew what I wanted to do in high school. FRC presents teams of high school students with a new challenge every winter, and the competitors have six weeks to design and build a robot. Competitions involve six robots speeding around a basketball court sized field, intense last minute fixes in the pits, and all the enthusiasm of a varsity sport.
As a freshman, I discovered the team at my high school was falling apart and barely competitive. I wanted the experience of playing on good team, so I got to work. Over the next three years, I dragged a few struggling robots to completion, organized a sustainable structure for leadership, reached out to my connections in the community for mentors and support. In designing the functionality of the robotics team I put student leadership first, because the lessons I learned hands on as captain are invaluable to me in the real world.
The development in my team (Gryphon Robotics) is apparent in the quality of robots we produced over my four years. Early bots were scraped together with whatever was in the school shop, while by my senior year we were using all of our extensive connections in local manufacturing. The quality and performance of the robots reflects heavily on the team itself, and while we weren't raking in hardware the team transformed into a supportive community that competes like crazy and gives its members a step stool into industry.
In addition to serving as team captain, I was also in charge of the mechanical subteam for three years. The experience taught me the importance of rapid prototyping, modeling before construction, and delegation. I pulled in my connections to improve our capabilities, and got good at improvising repairs.
Google drive
Solidworks
George C. Marshall Hight School STEM shop
Aluminum (a lot)
Grit