Software Engineer with experience building scalable full-stack applications and AI-powered systems. MS Computer Science graduate of UNC Chapel Hill. Specialized in mobile development, backend APIs, RAG architectures, and cloud infrastructure. Delivered production systems serving 10,000+ users with measurable improvements in performance, reliability, and user engagement.
Languages: Python, Dart, JavaScript, TypeScript, Rust, Bash, C#, C/C++, Java
AI & ML: LangChain, LangGraph, Ollama, Vertex AI, HuggingFace, LLMs, RAG, Vector Databases, OpenCV, TensorFlow
Mobile & Frontend: Flutter, Android, iOS, HTML, CSS, React
Backend: FastAPI, Node.js, Express.js, .NET, NGINX, GraphQL, REST APIs
Databases: Firebase, Supabase, MySQL, PostgreSQL, MongoDB
Cloud & DevOps: Git, GitHub, GitLab, AWS, GCP, Docker, Kubernetes, CI/CD, GitHub Actions
Built a client-facing Flutter app used by 1,000+ users, shipping the full client experience end-to-end. Eliminated stored secrets for identity provider integration by building an automated key rotation job with Workload Identity Federation and GCP Secret Manager. Reduced CI pipeline complexity across 15+ CI jobs by refactoring shared workflows into reusable configurations.
Migrated a legacy mobile application to Flutter while restructuring backend APIs in .NET, improving cross-platform stability. Reduced crash rate from 3% to 1.5% by fixing race conditions between async Flutter UI state and backend responses. Shipped frontend and backend features contributing to a 22% increase in weekly active user engagement. Evaluated and integrated third-party SDKs, significantly reducing integration rework.
Built an educational Flutter game increasing diagnostic knowledge retention by 40%. Added analytics to track performance, boosting training effectiveness by 25%. Improved engagement by 30% and learning retention by 25% using gameplay metrics from 1,000+ students across UNC, UIC, and Monash University.
Developed cross-platform mobile applications using Flutter, contributing to a 30% increase in active client usage. Integrated pretrained computer-vision models for automated dental feature detection with inference optimization. Designed backend REST APIs using Node.js, Express.js, and PostgreSQL, improving request processing time by 47% while maintaining 99.8% uptime. Built CMS tools and payment integrations, reducing content update time by 50% and increasing transactions by ~15%. Promoted within 8 months.
Delivered MVP and full-stack mobile solutions for 7+ startups across EdTech and HealthTech. Optimized legacy codebases for 2 clients, reducing data retrieval times by 43% via improved indexing and query optimization. Spearheaded greenfield Flutter/Firebase apps for 3 clients, handling auth, payments, and real-time databases for 10,000+ combined users.
Connects to running Flutter apps via VM Service to monitor performance and errors in real-time, detect anomalies, and expose observation and action tools via the Model Context Protocol (MCP).
Reads media metadata; EXIF, GPS, camera info, and video duration from images, RAW files, and videos using pure Rust via flutter_rust_bridge.
One-click, reproducible U-Net pipeline for retinal vessel segmentation, achieving Dice ~0.86, accuracy ~98%, sensitivity ~91%, and specificity ~99% on clinical angiographic images.
A serverless RAG chatbot using FastAPI, LangChain, and vector search to deliver intelligent, context-aware answers from custom data.
A full-stack medical tourism platform with clinic discovery, community forums, health tracking, and live chat to improve user engagement and decision-making.
A virtual escape room for medical residents, improving diagnostic reasoning and engagement through scenario-driven challenges. Used by 1,000+ students across UNC, UIC, and Monash University.
Automates project scaffolding, Git tasks, and environment management to boost developer productivity.
Master of Science, Computer Science - University of North Carolina at Chapel Hill (August 2024 - May 2026)
Coursework: Software Development, Machine Learning, Robotics, Game Development, Data Structures & Analysis
