Anuranan das

Built a modular backend with 40+ stateless REST APIs, horizontally scalable behind a load balancer. Implemented TTL-based caching, reducing database load by ~30% and page load time from 1.8s to 0.9s. Developed real-time inventory tracking with Supabase, supporting 1M+ concurrent requests with zero overselling. Added 1200+ automated API tests, reducing production bugs by ~30%.

Built a secure, fault-tolerant web application with Nginx load balancing, JWT authentication, and 25+ stateless REST services. Added health checks, failover, retries, Redis caching, and NoSQL indexing, improving stability by 60% and reducing query time by 70%. Automated 1000+ API tests with Postman/Newman and GitHub Actions, cutting deployment time from 20 to 5 minutes.

Engineered a modular infotainment dashboard with 6+ independent modules, enabling scalable feature development. Integrated 20+ REST APIs, reducing integration defects from 35 to 12 per release. Developed 1500+ JUnit tests, increasing code coverage from 40% to 85% and catching regressions early. Delivered 10+ features across 4 sprints, reducing average bug resolution time from 3 days to 1 day.

Grade: 5.5

Conducted research on drought prediction using historical climate data and predictive modeling to analyze trends and forecast drought risks over a 100-year horizon. Conducted M.Tech CSE research in Quantum Computing, exploring quantum algorithms, circuits, computational models, simulations, and their practical applications.

Grade: 8.75

B.Tech final-year project on enhancing Electronic Voting Machine (EVM) security and reducing fraud risks. Analyzed existing EVM architecture to identify vulnerabilities and explored authentication, verification, and audit mechanisms. Proposed security enhancements to detect irregularities, improve transparency and reliability, and strengthen the integrity of the electronic voting process.