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I’m a software engineer and researcher passionate about building intelligent, user-centered solutions. With a background in full-stack development and applied machine learning, I enjoy exploring how artificial intelligence can be leveraged to solve real-world problems.

At Stoke Space I build manufacturing software on Boltline. My work also spans designing iOS applications for accessibility, developing scalable IoT systems on AWS, and building AI models for computer vision and natural data classification.

I thrive at the intersection of software engineering and AI: translating complex data into actionable, meaningful applications. Whether it’s deploying cloud-based systems, training neural networks, or prototyping accessible mobile apps, I’m driven by curiosity and a commitment to developing solutions that make an impact.

Work Experience

Software Engineer
Stoke Space Kent, WA
February 2026 – Present
  • Led a year-long cutover of inventory auditing onto a single activity feed: closed logging gaps from 76% to 100%, backfilled ~1.75 million historical records with an idempotent dedupe Temporal pipeline, shipped who/when/where/what filters across 10+ surfaces, and removed dual writes from the hot path.
  • Built an evaluation harness for Claude-based matching of historical inventory events to existing activity rows, iterating prompts against labeled cases until match quality held while cutting token use by 37%.
  • Owned automatic percent complete for hardware build tasks. Cut Temporal fanout from O(N) to O(1) per work item after instrumenting the bottleneck in Datadog.
  • Sole engineer for customer-defined inventory flags. Users create custom issue tags and automation rules instead of single hardcoded defect tags, then see those tags on inventory in the build tracker.
  • Led 0-1 for manufacturing task scheduling. Turned a vague schedule ask into one model with a DAG and a Gantt, evaluated OSS graph and Gantt libraries vs building in-house, and built the end-to-end implementation.
  • Spearheaded and owned the development, deployment, and operation of a coffee chat bot that automatically pairs employees for weekly 1:1s. Scaled adoption to a company-wide 500+ users, plus additional sub-teams concurrently.
Software Engineer Intern
Stoke Space Kent, WA
September 2025 – February 2026
Research Assistant (Lead Full Stack iOS Engineer)
UWB IDEA Lab Bothell, WA
March 2024 – January 2025
  • Directed the end-to-end design and prototyping of an iOS communication app in Swift for children with speech impediments.
  • Conducted user requirement gathering with PMs and Speech Pathologists to design the back-end SQLite database to support personalized communication workflows for various use-cases.
Software Engineer Intern
OneRadio Corp. Seattle, WA
June 2024 – September 2024
  • Led the research and evaluation process to select a secure remote development solution for collaborative code access. Established criteria around security, speed, cost, and accessibility.
  • Led the migration of 3 primary codebases to secure, cloud-based version control on AWS, improving development workflow for 5 engineers working with the codebase.
  • Designed and implemented an LSTM based AI model to predict radio wave behavior.
Software Engineer Intern
OneRadio Corp. Seattle, WA
June 2023 – September 2023
  • Performed and documented black box testing to validate system functionality and support reliable software delivery.
  • Debugged and maintained critical legacy code in C, contributing to stability and performance improvements.

Projects

ClosedSnow

A snow-forecasting web app for four Washington ski resorts, combining live weather, ops status, and avalanche danger in one dashboard.

PyTorchAWS LambdaPostgreSQLGitHub ActionsPythonREST APIs

AI Fungi Identifier

Enchancing Mushroom Safety through Backprogated Multi-Layer Perceptron Neural Network Identification

PythonScikit-learnNumPySeabornMatplotlibPandas

IoT Water Monitor

End-to-end IoT system tracking rainwater levels in outdoor storage tanks to reduce household utility costs.

AWSPythonFlaskArduinoEC2DynamoDBIoT CoreLambdaAPI Gateway

AI Vehicle Detection

A comparative study of deep learning models for vehicle detection and segmentation, analyzing trade-offs between accuracy and inference speed.

PythonTensorFlowDectron2

Inverse Assembler

A command-line disassembler built from scratch in 68K Assembly to translate machine code into human-readable instructions.

ARM Assembly68K AssemblyEASy68K

Image Deep Learning

A Convolutional Neural Network in MATLAB for ASL letter classification, achieving 2nd place in a Kaggle competition.

MATLAB

Skills

Programming Languages
  • C logo C
  • C++ logo C++
  • Python logo Python
  • Java logo Java
  • Swift logo Swift
  • SQL logo SQL
  • Cuda logo Cuda
  • Bash logo Bash
  • ARM Assembly logo ARM Assembly
  • Motorola 68000 Assembly logo Motorola 68000 Assembly
  • MATLAB logo MATLAB
  • Arduino logo Arduino
Web Development
  • JavaScript logo JavaScript
  • TypeScript logo TypeScript
  • HTML logo HTML
  • CSS logo CSS
  • RESTful APIs logo RESTful APIs
  • Svelte logo Svelte
  • Vite logo Vite
  • Flask logo Flask
  • React logo React
  • Next.js logo Next.js
  • Node.js logo Node.js
  • Tailwind CSS logo Tailwind CSS
  • Bootstrap
  • JSON logo JSON
Cloud, DevOps, & Databases
  • AWS logo AWS
  • Azure logo Azure
  • Vercel logo Vercel
  • Docker logo Docker
  • Git logo Git
  • GitHub Actions logo GitHub Actions
  • Temporal logo Temporal
  • DataDog logo DataDog
  • MySQL logo MySQL
  • PostgreSQL logo PostgreSQL
  • DynamoDB logo DynamoDB
  • Supabase logo Supabase
Machine Learning & Data Science
  • TensorFlow logo TensorFlow
  • PyTorch logo PyTorch
  • Keras logo Keras
  • scikit-learn logo scikit-learn
  • Pandas logo Pandas
  • NumPy logo NumPy
  • NLTK logo NLTK
  • Seaborn logo Seaborn
  • Matplotlib logo Matplotlib
  • Google Gemini API logo Google Gemini API
  • Claude API logo Claude API
Development Tools
  • Visual Studio Code logo Visual Studio Code
  • Figma logo Figma
  • Qualtrics logo Qualtrics
  • ArcGIS Pro logo ArcGIS Pro
  • LaTeX logo LaTeX

Education

M.S. Computer Science and Software Engineering 2024 – Expected 2027
University of Washington Bothell, WA
GPA: 3.74 / 4.0
Relevant coursework: Machine Learning, Deep Learning, Internet of Things (IoT), Software Management.
B.S. Computer Science and Software Engineering 2020 – 2024
University of Washington Bothell, WA
GPA: 3.67 / 4.0
Relevant coursework: Data Structures & Algorithms, Database Systems, Operating Systems, Cloud Computing, Artifical Neural Networks, Hardware and Computer Organization, Web Media, Usability Engineering.