Bengaluru, Karnataka, India
10 years of experience in Software development, Application life-cycle, and framework designing.
- Lead architecture and technical strategy for last mile delivery systems operating at ~4M daily orders and ~2M trips/day under strict latency and SLA constraints. - Design scalable distributed, event-driven systems for real-time dispatch, trip lifecycle management, and driver coordination. - Solve complex optimization problems including dynamic batching, intelligent dispatch, and route optimization across a nationwide network. - Build high-throughput, low-latency services enabling sub-second decision-making for order assignment and routing. - Improve ETA accuracy and system reliability, leveraging data-driven approaches and fault-tolerant design in a distributed environment. - Lead design reviews and influence system architecture and engineering standards across teams. Mentor engineers and drive cross-functional initiatives to improve throughput, latency, and delivery efficiency at scale.
- Build a scalable configuration platform from scratch, designed to support diverse use cases across the entire Last Mile Delivery (LMD) ecosystem. This platform improved flexibility, reduced duplication, and enabled faster feature rollouts. - Led multiple business-critical initiatives end-to-end, from requirement gathering through design, development, and final release. The constant focus was on reducing system complexity and latency while maintaining high coding standards and scalability. - Played a key role in driving engineering best practices within the team by enforcing the use of standard design patterns and promoting clean, maintainable architecture. - Optimized the last-mile tracking integration with the trip execution engine, significantly improving the accuracy of driver offers and delivering precise, real-time ETAs to end customers. - Developed a robust observability framework using Prometheus and Grafana, implementing proactive alerting and monitoring systems that enhanced system reliability and reduced incident response time.