I'm a Computer Engineering student at the University of Tennessee at Chattanooga, pursuing a B.S. with a minor in Electrical Engineering and expecting to graduate in May 2027. I enjoy working across hardware and software: bringing up circuits, writing microcontroller code, and building tools to control and understand a system.
My experience includes electronics repair and circuit troubleshooting, Arduino projects, and Python automation for molecular measurement workflows on Linux research systems. I'm seeking engineering internships and preparing for full-time roles in embedded systems, signal processing, and hardware/software integration.
| Project | Focus | Status |
|---|---|---|
| RISC-V pipeline simulator | Python instruction decoding, pipeline queues, hazard tracking, and cycle-by-cycle processor state | Published with a verified sample trace |
| FM radio receiver | Mega 2560 + Si4703 tuner, I²C, serial commands, and a Python/Tkinter control panel | Hardware build documented; source snapshots and integration limitations included |
| Embedded DSP signal chain | 10 kS/s interrupt-driven ADC, 62.5 kHz PWM, digital filtering, and sample scrambling | Core pipeline and block scrambler completed; eight sketches published, LFSR/XOR extension included |
- Programming: Python and C/C++; MATLAB for engineering work.
- Embedded and electronics: Arduino, microcontrollers, I²C/SPI/UART, serial communication, soldering, circuit troubleshooting, oscilloscopes, and multimeters.
- Tools: Arduino IDE, MATLAB, Multisim, Linux/SSH, SBATCH, PyMOL, and Git.
- Computer architecture: RISC-V instruction decoding and pipeline simulation, including queue behavior, scoreboarding, and data hazards.
I'm developing my skills in embedded DSP and exploring autonomous systems, avionics, sensor fusion, and RF sensing.
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