EE + CS · WSU Honors · Pullman, WA
Interested in embedded systems, control electronics, and developing firmware. Currently building a TVC rocket and interning for Talos Engineering.
NOW :: building Arkangel 1 flight controller
Undergrad at Washington State, double-majoring in computer science and electrical engineering through the Honors College. Graduating Dec 2027.
I hope to one day work in aerospace as an embedded engineer where I can combine my hardware and low level programming experience.
Recent :: DeVlieg Undergraduate Research Award · Edmund O. Schweitzer III Scholarship · Frederic P. Emery EECS Award · Gary Steele EECS Award · President's Honor Roll
Description TBD.
Replaced a LabVIEW stack with a custom backend + frontend GUI for multi-sensor hardware integration. Kills $15k/yr in licensing.
End-to-end hardware + firmware for a custom bioreactor: pH probe signal conditioning to ±0.02 pH, PCB design, fault-detection & fail-safe logic, hardware integration.
Graded weekly assignments, ran office hours, helped students debug everything from MIPS pipelines to entropy problems.
Python-based data analysis to improve data integrity, plus AI-integration research with the head of IT.
Microcontroller-based automation for microbial cultivation. Analog front-end for lab-grade pH probes (±0.02 pH), buffer dosing, data logging, and fault detection with fail-safe logic. Now moving from breadboard to a condensed PCB enclosure.
Live data acquisition and visualization for HYPER's cryostats. A multi-process Python backend streams temperature, flow, and pressure sensors to a real-time GUI and writes per-run CSVs - one process per sensor escapes the GIL so a 10 kHz NI-DAQ never blocks the slower instruments. Replaces a $15k/yr LabVIEW stack at WSU's Hydrogen Properties for Energy Research lab.
Maze generator + solver with a UI. Built a repetition-based randomness
metric and refactored Python's random.sample internals to
produce more uniform output for the generator.
Team reimplementation of the classic Atari title in C++. Ran code reviews, coordinated tasks across the group, shipped on deadline.
Four-digit millisecond stopwatch on a Real Digital Blackboard FPGA. A state-machine controller drives BCD counters, a seven-segment display multiplexer, and debounced pushbutton inputs for start, stop, increment, and clear.
A random delay fires a "react" LED, then a 1 kHz binary timer measures the response. Eight runs land in a register file, and right-shifted to find the average, and are converted from binary to BCD for the display.
Battleship, Yahtzee, and Poker as terminal games written in C. Used to practice and learn pointers, memory management, structs, etc.