ABOUT ME

Jonathan Go-Oco

Hello there! My name is Jonathan, and I enjoy learning new things, and finiding ways to use them in my everyday life. I graudated with a BS in Computer Engineering from San Jose State University in 2021. I am currently job hunting, with my main interest being in Embedded Software Development/Firmware, and I am currently also teaching myself Web Development.

I love working out, watching the Warriors and the NBA, watching anime, and seeing the next Marvel or DC project. I am currently starting a blog to talk about my personal and profession journey through the tech industry and life! I am also the host of The GoLoco Show, which you can find on Anchor and YouTube!

Here are some of the technologies I have worked with:

C++
C#
FreeRTOS
HTML
Git
CSS

PROJECTS

TempSense Senior Project

Created an affordable IoT system in response to Covid-19. System can record heart rate, blood saturation, and body temperature to be displayed on the TempSense app. Data is sent via Arduino to Raspberry Pi via serial communiation. From there, a Python script sends an HTTP Post Request to store to Google Firebase for storage. That data is then displayed on TempSense app.

CMPE 146 FreeRTOS MP3 Project

In a 3-person group, created an MP3 player using a C & C++ Programmed FreeRTOS Microcontroller Board. Extracted MP3 files from onboard SD card through an external MP3 decoder via SPI communication and GPIO pins, created various FreeRTOS tasks for functionality, and displayed MP3 file meta data on external LCD screen via UART communication and GPIO pins.

C# GUI for Test Bench Form

Progammed a GUI in C# that could take the readings from a digital multimeter. Users open up a test bench sheet, fill out information, collect readings automatically or manually, and export the completed sheet.

Repurpose Gantry

Repurposed an engraver gantry via an Arduino Mega 2560 to control the stepper motors through joystick control for X, Y, and Z traversal. Rewired and soldered device to connect to Arduino board and external power supply. Attached a multimeter pin for testing purposes. Added a camera for as a replacement for a microscope.