Madhuri Chintala

Architected and implemented scalable backend solutions for a no-code platform application using Java Spring Boot, PostgreSQL, and MongoDB, reducing database query times by 60%. Led development of a high-performance transaction microservice processing 10,000 concurrent requests with 99.9% uptime. Orchestrated frontend microfrontend architecture with reusable React components, reducing development time by 25% and user input errors by 40%. Innovated an interactive tree-like workflow visualization using Next.js and HTML5 Canvas, boosting user engagement by 35% and reducing customer support inquiries by 20%. Streamlined deployment processes by containerizing applications with Docker and Kubernetes, cutting deployment time by 50% and decreasing infrastructure costs by 30%.

Optimized research SQL queries by adding composite indexes and refactoring subqueries, achieving 3× faster execution times. Engineered Python-based data-validation scripts and CI-driven ETL pipelines, increasing dataset integrity to 99.8% across four faculty projects. Resolved 90% of over 100 support tickets within 24 hours and authored self-service guides, reducing ticket volume by 15%.

Revamped the codebase of a load testing application, improving application stability and reducing error rates by 25% across software integrations. Resolved over 80 customer issues and introduced innovative frontend and API features, increasing customer satisfaction by 95%. Engineered a responsive single-page application using Angular, cutting page load time by 50%. Developed robust RESTful APIs for the load testing tool, enhancing data exchange efficiency by 55% and enabling seamless integration with third-party services. Executed simulations of peak traffic scenarios across five global AWS EC2 locations, improving application responsiveness by 40% while leveraging AWS S3 for strategic data storage and efficient caching optimization.