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My Projects

This is a class project for Measurements. This includes a geared dc motor turning a cylinder immersed in a viscous fluid. The spinning motion of the cylinder acts on the inner surface of the cup, causing the cup to turn slightly. This force is counteracted by a spring attached to the bottom, and is measured by a potentiometer also attached to the bottom. The viscometer provides a real time display as well as outputted values via the USB port on the Arduino Uno micro controller. This system will allow you to set the testing speed and begin the test with menu navigation performed by momentarily clicking (option scroll) and long pressing (option select) a single button.

This project also includes a fully 3D-printed frame as well as a carrying handle, spare fluid, an attached power supply, and a cable wrap for the power cord.

Thanks for getting in touch, I'll get back to you soon!

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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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