Current 4th year ECE student with extensive experience in 3D modeling/printing, server maintenance/deployment, designing PCB's, and soldering. Achieved the "Technical Choice" award for the "BMO-scope Teensy based Oscilloscope" project from Junior Design 2. Currently working as an AV student technician at OSU's Academic Technology department where we service and install presentation systems throughout campus. Gaining valuable experience through customer interaction, computer networking, and working with AVoIP systems.
This project is meant to be used by reloading hobbyists to automate the tedious task of sorting 9mm headstamps. To power the system, the power output regulates voltages with buck converters. A camera is used to take a picture o...
The BMO-scope is a dual channel Teensy based oscilloscope housed in a 3D printed case that looks like BMO from Adventure Time. It is able to read signals with a voltage range of 0-3.3V and at 100KHz. These signals are then disp...