Programmed an Arduino-controlled autonomous vehicle to navigate a 4 by 4 foot long mazeUtilized IMU and encoder data to precisely control vehicle position; robot turns were within a degree of target orientation, improving turning accuracy by over 85%Placed 3rd in a competition of 80 teams statewide, with the robot finishing 3 centimeters away from the target position

Organized weekly leadership meetings throughout the school year, distributing action items between officers to increase low member attendanceRecruited over 15 new members through club fairs and classroom outreach, increasing average member attendance per meeting from 7 to 12Posted daily chess puzzles on our club Discord server to maintain club relevance throughout the yearHosted chess tournaments every semester, averaging over 20 participants per tournament

Calculated gear ratios and designed shafts and spacers for gearboxes with CADUtilized CAM to run CNC routers and monitored parts being cut on the routers

Served over twenty customers per hour during busy hours while having cordial interactions with customers to maintain customer satisfaction