#About me

Since my first computer engineering class, I have been fascinated by how hardware and software work together to solve real world problems. As a recent graduate in Computer Engineering with a minor in Computer Science, I enjoy the challenge of building projects from the ground up and finding creative, efficient solutions. My approach to engineering is similar to a game of chess. It is about strategic thinking, anticipating challenges, and planning the most effective moves to reach a goal. My portfolio highlights this mindset through projects that combine technical precision with problem solving creativity. I am eager to bring this same focus and drive to an entry level engineering role where I can contribute, learn, and grow.

#Skills

Languages

Python C Java SQL Assembly Bash Verilog

Dev Tools

Git Github Docker Make VScode

Front End

HTML CSS

Libraries

Pandas NumPy Matplotlib

#Projects

Remote-Controlled IV Pump System

Developed a remote-controlled IV pump system using a Raspberry Pi interface to allow nurses to adjust IV dosages without entering patient rooms. The project involved reverse-engineering a BD Alaris PC Unit and creating a touchscreen GUI that replicates the pump's controls for safe, efficient remote operation. The system reduces infection risks and improves hospital workflow through the integration of embedded systems, signal analysis, and healthcare technology.

Autonomous RoboCar Development

Developed a multi-mode autonomous vehicle using a Raspberry Pi 4 running C and Linux to explore real-time embedded control and sensor integration. The car featured five distinct drive modes including manual, line tracing, laser following, gyro-based heading, and fully autonomous navigation. A custom data acquisition engine using POSIX threads and I²C sensors enabled precise motion tracking at 100 Hz with sub-second latency. The project demonstrated stable and responsive control with accurate path following while integrating concepts in real-time systems, control theory, and embedded hardware design.

Analog Audio Processing System

A tone control and karaoke circuit was designed and built to process stereo audio from a 3.5 mm input through multiple stages including a mixer, tone control, variable volume, LED level display, and output buffer for headphones. The system allows switching between normal and karaoke modes while maintaining clear and balanced sound. Operational amplifiers, circuit simulation, and PCB design were used to create a reliable audio processing system that demonstrates practical skills in analog electronics and signal analysis.