Industrial Engineer / Software Engineer · Mukilteo, WA
- Developed a full-stack cloud-based enterprise web application (Python/React/Flask) for production training, supporting 17K+ users and 484K+ task completions on a scalable system
- Established ETL pipelines and used Python/SQL to optimize data loading, reporting, and visualization, ensuring high-performance data processing for production deployment
- Lead performance and scalability testing on an application by simulating 5000+ concurrent users, identifying bottlenecks, and optimizing code, which enhanced the overall efficiency
- Engineered an ML solution leveraging NLP/Classifiers to categorize 10,000+ materials via keyword extraction, achieving 95% accuracy and ensuring full IAEG regulatory compliance
- Automated manufacturing support workflows by launching a full-stack tooling inventory system (React/Flask) for production reporting, achieving 99% accurate inventory management
Machine Learning Research Engineer · Ann Arbor, MI
- Constructed a Feed-Forward Multilayer Perceptron Neural Network trained on 18,000+ images to predict beam profile image classification on input data with over 98% accuracy
- Executed Ion Beam waveform image classification on a dataset with 50,000+ unique images leading to successful machine learning output with confidence levels higher than 98.97%
Operations Engineer · Renton, WA
- Conducted composition analysis with Python on 75,000+ BCA Warehousing products to design a model that assures cost reduction by $9M+ per year and decrease quality defects by 15%+
- Identified 3 major root causes of BCA Warehousing safety incidents and recommended future process design elements to proactively address and mitigate risk by an estimated 70%+
Software Engineer · Bronx, NY
- Designed over 40 components and two modules employing Angular framework allowing healthcare companies to decrease client and caregiver matchmaking time by 81.25%
- Onboarded a new software engineering team member and spent 15 hours outlining the website's current state and future scope leading to a 20% decrease in development time
Senior Design Project · Ann Arbor, MI
- Created a nuclear electric propulsion ship carrying a self-field magnetoplasmadynamic thruster with 50% efficiency for a first manned mission to Jupiter's moon, Europa
- Performed orbital analysis to calculate a 364-day transit time utilizing a spiral trajectory and aerobraking to enter Jupiter's atmosphere decreasing traditional rocket transit times by 83%