I reverse engineered and exploited communications on UART, CAN, SPI, I2C, AVC-LAN, Flash Memory, GPIO, ADC, ESIM, BLE, and WiFi signals for ethical hacking efforts. 

I redefined secure boot testing through custom tooling for UFS NAND brute force attacks - drastically increasing my teams testing abilities.

I designed an adapter for PCIe direct memory attacks on a Qualcomm chipset with easy-access debug test points. 

I built automated testing rigs and tested all kinds of relays to failure then made these datasheets from the results.

I setup an electronics shop in my studio apartment and fixed computers and automotive electronics.

This one is self explanitory :D

I built an Ardupilot-based VTOL with electric duct fans that transforms into a fixed wing after takeoff.

I created an air quality monitor using Adafruit's Matrix Portal to display sensor data utilizing an I2C non-disperse infrared CO2 sensor.

I explored low-cost voltage glitching attack methods on security-rugged hardware with a Raspberry Pi Pico and a MOSFET.

I made soft robotics linkage arms with 3D printed molds and chemicals from the hardware store.

I built a tiny drone with a Raspberry Pi companion computer to learn about system integration and drone flight automation

I designed, 3d printed, and programmed an RGB light fixture for chill vibes

I created and sold Arduino kits in high-school to teach electronics basics in a fun and interactive way.

I built a cannon that utilized atmospheric pressure and a vacuum chamber to propel a ping pong ball to 300mph.

I repurposed a retired PC to learn about setting up and managing a Linux server environment. This server hosted my first website coded in HTML.

I learned Lua, my first programming language, when I was 10 years old by programming mining turtles in a modded version of Minecraft.