Applications Engineering Intern @ TI || Electrical Engineering @ University of Illinois Urbana-Champaign
After completing my third year at the University of Illinois Urbana-Champaign I would like to share some of what I've been working on and my plans for the summer. - I designed, assembled, tested, and verified a stepper motor controller for the EV concept car team. The motor will be used to control the steering wheel remotely or autonomously. There is a post on my website (mgamota2.github.io) with a link to the project files and a full report. - I joined Prof. Minh Do's research group as an undergraduate researcher, working on a mmWave FMCW radar system, mostly writing C++ code to get the system integrated with ROS 2. - I led a team of new members in 2 projects, a revised telemetry board for the host side of the EV Concept car and an accelerometer board to gather data when the car is in motion. This provided me with an opportunity to strengthen my technical leadership. - I took courses in digital signal processing, EM waves, semiconductor devices, circuits, probability theory, cryptography, and data structures. Finally, I will be joining Texas Instruments this summer in Santa Clara, CA as an Application Engineering intern.
Keep shining!
Nice project. Well done 👍. World needs brilliant mind like you to upgrade & invent new technologies.
Great! The stepper motor seems to be noisy & vibrating alot check if you can make steeping angle proper.
It would be cool to connect this to openpilot, to run it on older cars that don't support OBD drive-by-wire technology.
Your dedication to your projects and research is truly inspiring, Michael Gamota. Your commitment to learning and leading teams while pursuing ambitious goals is commendable. Wishing you all the best for your upcoming internship at Texas Instruments!
This is a great post!
You sure you haven't given this to max verstappen and redbull🤔 looks very good and a great project
Awesome 👏🏻
Inspiring!👏🏿
Work on delivering effective CGM tool for global health
2wMaybe try to implement the sprofile in your stepper motor control algorithm to reduce the jerkyness