DATA ANALYST / PRODUCT THINKER / BUSINESS ANALYTICS
I bridge analytics and product strategy — from predicting NFL plays with deep learning to building dashboards that drove $300K in sales. UCLA Anderson MSBA '26.
RFP proposal delivered to senior leadership
Conversion tracking accuracy improvement
Approval cycle time cut via Power BI dashboards
Customer base growth from data-driven algorithm
Innovation challenge rank across 25,000 global submissions
Revenue added through product expansion at TCS
Statistical foundations, ML, and prescriptive models for decision-making. Expected Dec 2026.
From SAP ABAP automation to competitive benchmarking and AI research — delivered measurable business impact.
Deep learning on 650K+ tracking records to predict play outcomes before they happen.
Teamwork in sports mirrors collaboration in analytics — precision, timing, and trust all matter.
I'm a Master of Science in Business Analytics (MSBA) student at UCLA Anderson, passionate about blending data, product thinking, and storytelling to drive impact. I specialize in using analytics and machine learning to solve real-world business problems — from predicting player movements in the NFL Big Data Bowl to optimizing SQL schemas for scalable data systems.
Before UCLA, I worked on projects that spanned business intelligence, product strategy, and data visualization — building tools that turned complex data into actionable insights. My work bridges the gap between data science and product management: identifying the "why" behind data, designing solutions that scale, and communicating results clearly across teams.
I'm currently exploring opportunities where I can apply data-driven decision-making to product development, strategy, or analytics innovation.
The NFL Big Data Bowl 2026 challenged data scientists to predict football play outcomes before they occur using Next Gen Stats player-tracking data — transforming high-frequency spatiotemporal coordinates into meaningful predictive features.
Preprocessed 650K+ tracking records; calculated relative velocity vectors, angular momentum, and inter-player distances to encode player interactions per frame.
Implemented deep neural networks in PyTorch with GroupKFold cross-validation to prevent data leakage; compared with gradient boosting baselines.
Optimized for Kaggle's custom metric using GPU-accelerated training; visualized predicted trajectories and field heatmaps to interpret play outcomes.
Designed and built an end-to-end ML content moderation pipeline in Python, combining automated classification with a human-in-the-loop review architecture. The system processes user-generated content in real time, flagging harmful material, spam, and threats with high precision while keeping inference latency under 70ms for production-grade responsiveness.
Trained a multi-label text classifier using scikit-learn and NLP feature engineering (TF-IDF, sentiment scores, toxicity signals) across three content categories: harmful, spam, and threat.
Built a review queue architecture where low-confidence predictions are routed to human moderators, creating a feedback loop that continuously improves model accuracy over time.
Optimized the inference pipeline for sub-70ms latency, enabling real-time moderation at scale. Evaluated precision-recall tradeoffs across thresholds to minimize both false positives and missed threats.
Built a fully serverless semantic search platform using Cloudflare Workers and Vectorize, designed to ingest and query 1K+ customer feedback records in real time. The platform enabled product teams to discover positioning insights through natural language queries, replacing manual keyword searches with AI-driven semantic matching — results were delivered to stakeholders via structured PowerPoint reports.
Deployed on Cloudflare Workers with edge-first design — zero cold starts, globally distributed, and fully managed infrastructure with no servers to provision.
Used Vectorize to embed and index feedback records as vectors, enabling meaning-based queries like "complaints about onboarding speed" instead of rigid keyword matching.
Synthesized search results into structured PowerPoint decks with thematic clusters, sentiment breakdowns, and actionable product positioning recommendations for leadership review.
Built a full-stack, geo-aware restaurant recommendation system that parses natural language queries like "cheap breakfast open now within 2 miles" and returns nearby options with ratings, distance (Haversine), open/closed status, and direct Google Maps links — powered by the Google Places API.
Next.js (React), TypeScript, and Tailwind CSS — responsive, modern UI with browser geolocation integration.
FastAPI (Python) with Pydantic validation, distance-based ranking via Haversine formula, and dynamic filtering (radius, open now).
Live restaurant data via Google Places API, browser Geolocation API, and direct navigation links to Google Maps.
Exploring why frameworks matter less than applying them — and how structured thinking turns chaos into clarity.
A humorous take on prioritization, communication, and roadmap alignment — through the lens of marriage.
How focusing on user intent transforms feature requests into impactful product outcomes.
A product PoV demonstrating how AI can instantly generate professional portfolio layouts using structured content inputs — enabling students and job seekers to build automated websites in minutes.
A geo-aware, AI-powered restaurant recommendation system that understands natural language queries like "cheap sushi open now within 2 miles" and returns nearby options with ratings, distance, open/closed status, and direct Google Maps navigation.