Current 4th year ECE major. Throughout the classes I have taken I have learned a lot and gained a large amount of experience. Some of this experience includes working with microcontrollers, soldering and desoldering, designing and assembling PCBs, working with sensors that can be attached to microcontrollers, and working with Bluetooth and WiFi with microcontrollers. During my 3rd year, my team created an oscilloscope. This project was called the BMO-scope Teensy based Oscilloscope. We received the "Technical Choice" award for this project.
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...
For my project, I decided to measure the temperature of my mini fridge for 24 hours. To do this, I used a thermistor sensor, connected to my ESP32 board with Arduino. I had my laptop sitting outside of the fridge while the cord...