FTC CAD Competitions

I have competed in three “FIRST Tech Challenge” themed CAD Competitions since 2020 as a way to continue expanding my skill-set and speed in Solidworks and Autodesk Inventor. Each competition had a time limit of 7 days and I succeeded in winning the 1st place Innovation Award with my 2020 and 2023 submissions.

2025 - LOGICoyote CAD Challenge

This was my most ambitions cad competition robot yet, with a goal of using only four brushed motors and one hobby servo (the limits are 8 and 12 respectively) to design a robot that would complete all game tasks. Though I ran out of time to complete the full robot due to work, I did complete a unique and complex “spin-shifter” style transmission and a 5DOF arm concept that I intend to utilize in future competitions. I am proud of the transmission for this project, and would like to manufacture an updated version in the future. A more complete write-up of this project is in the works as of May 2026.
Link to shared transmission CAD in Onshape

Here is a view of the transmission and motors (I call it the "Power Pack") with one of the main covers removed. A partially labeled bottom view is presented as well.


To complete game tasks, the power pack was used to run a 5DOF arm with a mechanical tool changer, and the outputs of the differential would be connected to a skid-steer drivetrain through a set of coaxial pulleys. This gives the turret an unlimited amount of travel and the electronics can be mounted without an electrical slip ring.



2023 - LOGICoyote CAD Challenge

My goal in this competition was to design an FTC robot with half the standard number of actuators and to not using any linear slides while still completing all game tasks. This is the first FTC style robot design with a convertible skid-steer-to-omnidirectional drivetrain that uses a planetary differential.


2020 - Valor CAD Challenge

I worked in a team of 2 on this robot and modeled the entire vertical lift, scoring element depositor, and drivetrain for this submission. This is the first FTC scale robot designed with a locking mecanum drivetrain . This concept has been further developed and used by teams at all levels of competition in real matches.