Teaching prototype builtPID minibot
A heading-controlled robot and live PID-tuning remote, developed as a reference for a 14-week WE FIRST workshop series.
Helping people learn how to figure it out.

From an elementary after-school club to university workshops and FRC lead mentoring, teaching has grown alongside my technical work.
I enjoy helping people learn to research a problem, read a datasheet and develop their own solution. Robotics gives us something real to build and a reason to keep asking how it works.
In Grades 11 and 12, I ran an elementary after-school VEX IQ club for 8–11 students each year. It was a club I organized, not a formal teaching job.
Teaching younger students alongside my own high-school robotics work introduced me to how much someone can learn by building, experimenting and explaining their decisions.
After captaining Team 9580 in high school, I became a general mentor for Team 4617 in my first university year. I helped teach mechanical and some electrical skills and supported the elevator design for its Reefscape robot.
In second year I became WE FIRST president and lead mentor, adding team administration and management to the technical support. I continue in that role in third year, working with a faculty supervisor.
In the university workshops, we do more than show finished PID code or a wiring diagram. We work on reading documentation, researching unfamiliar parts and learning how to approach the design.
The 14-week minibot series, soldering sessions and student projects are different ways to give people that experience. The goal is for members to grow into builders who can make their own decisions.
I received the Lady Godiva Award in the winter term of second year, recognizing commitment to the Western Engineering community through WE FIRST, robotics teaching and FRC mentoring.