Build.
Code.
Compete.
Robotics brings mechanical construction, autonomous programming and real-time strategy into one shared engineering challenge. As a core member of FIRST 5449, I helped build the robot chassis, develop and debug autonomous code, and collect scouting data for competition analysis.
China Regional Champion
FIRST Robotics Competition · Team achievement
FIRST Impact Award
Recognized team achievement
FIRST Championship
Advanced to compete in Houston, Texas
Engineering, in motion.
A closer look at the competition experience — where a robot's design, programming and execution come together in a dynamic environment.
From preparation to performance.
The competition is where construction, code and team coordination are put to the test. The video above is provided for this portfolio.
FIRST 5449 / 2024–2025
Three parts of the process.
My role connected hands-on construction, autonomous programming and competition data — different tasks that contribute to a robot's preparation and a team's decisions.
Build the system.
Contributed to building the robot chassis and constructing a simulated competition field. This hands-on work provided practical experience with physical structures and the environment in which the robot would operate.
Make it move.
Wrote and debugged autonomous code for the robot. The programming work formed part of preparing the robot to execute tasks during competition, alongside the team's mechanical and operational efforts.
Learn from the field.
Collected and uploaded scouting data for analysis. This contribution connected match observations with the information the team could use to understand competition performance and inform its approach.
Engineering is a team effort.
A competition robot is not a standalone machine. It is the result of people working across physical construction, programming, testing and strategic observation. My experience with FIRST 5449 brought these different dimensions together.
Construct
Work on the chassis and simulated field, translating engineering tasks into tangible structures.
Program & Debug
Write and debug autonomous code as part of preparing the robot for competition.
Observe & Analyze
Collect and upload scouting data, contributing information for competition analysis.
Compete Together
Bring the team's work into a competitive environment, culminating in regional success and participation at the FIRST Championship in Houston.
Built together.
Achieved together.
The team's results reflect a collaborative effort across engineering, programming, preparation and competition. These are team achievements, presented here in the context of my participation as a core member.
About FIRST Robotics ↗2025 FRC China Regional Championship
Team championship result during the 2025 competition season. The team's performance marked its best result in school history, according to the résumé.
FIRST Impact Award
A major team recognition listed alongside the China Regional Championship in the student's activity record.
FIRST Championship · Houston
The team advanced to compete at the FIRST Championship in Houston, extending the experience beyond the regional event.
Build with purpose.
Improve through testing.
Robotics taught me to approach a challenge from multiple angles: the physical system, the code that guides it, and the information that helps a team make decisions. Each part matters, but the strongest results emerge when they work together.
Revisit the competition ↗