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My Projects

This is a class project for Control Theory. This included a custom designed printed circuit board with an LCD display, Bluetooth connectivity, a motor driver, and an Arduino nano slot. This controller was able to use open and closed loop control to dictate the speed of a radiometer. In close loop control, this was done by sensing the speed through a through beam laser that was broken each time the radiometer spun 90 degrees. This was then translated to a voltage output to a small flashlight using PID control. The current speed was continuously updated on the LED display as well as output through the USB line to a live plot.

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In addition to a custom PCB, the project also included a fully 3D printed frame as well as sensor holding components.

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Current Status:

I am a Mechanical Engineer in Southern California working in the aerospace industry. I graduated in June of 2018 with a GPA of 3.55 with a bachelors degree in Mechanical Engineering and a minor in Mathematics, and am pursuing a masters degree at Columbia University beginning Fall of 2022. My current projects are a CNC router with a partially 3D printed frame as well as a miniature lathe made mainly from 3D printed parts. I am a published author, having presented a paper on my laser cutter design at the 2018 International Mechanical Engineering Congress and Exposition.

 

For more information on anything you see, feel free to contact me using the form on the left.

Updated: Aug 2022

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