Built a comprehensive e-commerce platform to expand STEM education and technology access to underprivileged communities
Web Development•Next.js 15•React
I developed a full-stack e-commerce platform for my nonprofit foundation dedicated to expanding STEM education and technology access to underprivileged communities. The platform features a complete shop system with print-on-demand merchandise through the Printful API, a donation system with both one-time and recurring contributions via Stripe, and automated email notifications using the Resend API. I implemented NextAuth.js v5 for secure authentication, built a comprehensive order management system with webhook handlers for both Stripe and Printful, and created a partnerships program to facilitate organization collaborations. The platform includes guest checkout support, persistent shopping carts, real-time inventory management, and a social sharing system to amplify the mission. With 50% of all profits directed to supporting digital equity initiatives, the website serves as both a revenue generator and community hub for creating creators rather than renters in the digital space.
Trained a custom YOLOv8 model to identify 9 specific desk objects with 80% training accuracy
AI•Object Detection•YoloV8
I created a custom YOLOv8 object detection model trained on 351 hand-labeled images across 9 desk object classes. The project involved recording 5 training videos from multiple viewpoints (birds-eye, front, horizontal, left, right), extracting frames every 2 seconds, and manually annotating each image. I implemented a complete pipeline including JSON-to-YOLO format conversion, dataset splitting (80% train, 20% validation), and model training for 84 epochs. The final model achieved a fitness score of 0.7944 and successfully detected all target objects in real-world video scenarios after confidence threshold optimization.
Analyzed corporate vs podcast viewership from 2020 to 2024 to determine whether a decrease in corporate viewership coincides with an increase in podcast viewership
Data Science•Statistical Analysis•Python
As part of a group project for my Data Science class at UCSD, I led the development of a comprehensive data pipeline to analyze corporate media vs. political podcast viewership from 2020-2024. I built three main systems: 1) A Selenium-based web scraper for Variety.com to extract corporate media viewership data, 2) A Wayback Machine API integration to gather Spotify podcast rankings from 2021-2024, and 3) A YouTube Data API pipeline with intelligent caching to fetch podcast viewership metrics. The project involved processing 1,040 observations across multiple data treatments, implementing outlier detection using IQR, Modified Z-Score, and Z-Score methods, and conducting comprehensive statistical analysis including ANOVA, Kruskal-Wallis tests, and effect size calculations. I handled significant technical challenges including API rate limiting, data standardization, and creating algorithms to filter valid podcasts with consistent yearly data.