Resume
CS honors student at Oregon State · Applied ML & Systems Programming
Experience
Software Engineering Intern
DZYNE TechnologiesPortland, OR
Mar 2025 - Sep 2025
PythonCC++SQLReactFlask
  • 23% faster embedded development after refactoring anti-drone C/C++ modules for modularity and reuse across product lines.
  • Restructured the Python test framework to eliminate manual intervention, lifting automated testing efficiency by over 40% and tightening release cycles.
  • A full-stack React/Flask GUI replaced a 3+ minute manual operator workflow, delivering real-time control of power, tracking, movement, and logging with sub-30-second test runs.
Undergraduate Researcher – Applied Machine Learning
Plasma, Energy, and Space Propulsion LaboratoryCorvallis, OR
May 2024 - Jun 2026
MATLABPythonOR-tools
  • Capacitor tuning algorithm built with Google OR-tools to dynamically maximize power coupling in RF plasma systems, delivering an 800% speedup over manual impedance matching.
  • Industry-standard denoising filter outperformed by 80% with a custom Python pipeline that reliably extracts thruster health data from high-noise environments.
  • 120% faster plasma thruster analysis through parallelized MATLAB signal processing, enabling tighter experimental iteration.
  • High-dimensional features engineered from 10M+ data points across diverse treatment parameters boosted a cancer-focused plasma model's accuracy by 33%.
Undergraduate Researcher
Jason Clark Research GroupCorvallis, OR
Feb 2024 - Mar 2025
VHDLFPGAMoku
  • First-ever nano-ampere signal acquisition in the lab, enabled by VHDL modules developed for FPGA-based DSP and unlocking characterization of previously unmeasurable micro-sensors.
  • Integrated artificial damping algorithms through Hardware-in-the-Loop testing with Moku instrumentation, stabilizing sensors and reducing mechanical noise across multiple test configurations.
  • Comprehensive VHDL testbenches simulating and validating signal responses shortened hardware debug cycles and enabled rapid iterative prototyping.
Projects
SPARSE MATRIX · TRUNCATED SVD
Bee Habitat Recommendation System
PythonReactJavaScript
Full-stack AI recommendation engine using truncated SVD on Oregon Bee Atlas data to predict bee-flower interactions, enabling data-driven habitat restoration for land managers. Modeled complex ecological relationships via sparse matrix factorization to identify optimal plant species for local bee populations.
CONFUSION MATRIX · 85% ACCURACY
Character Classification Neural Network: From Scratch
PythonNumPyPandas
Feed-forward neural network built from scratch in Python (no ML frameworks), implementing backpropagation, weight initialization, and hyperparameter tuning by hand. Achieved 85% test accuracy on EMNIST handwritten characters.
Education

Oregon State University

Honors B.S. Computer Science

Sep 2022 - Jun 2026

GPA
3.95 / 4.0
Relevant Coursework
Data Structures & AlgorithmsDatabasesSoftware EngineeringArtificial IntelligenceMachine LearningDeep Learning