Nov 2024 – Dec 2024 · 1 mo

Jul 2023 – Jun 2025 · 1 yr 11 mos

• Developed and implemented expandable microservices using Spring Boot framework, optimizing purchase expe-
• riences. Reduced customer support issues by 30% and increased successful transactions by 20%.
• Introduced new POST API for amending the existing purchase orders.
• Design and developed the strategy design pattern to dynamically enlarge the product order population for the
• amend API based on business configuration, resulting in a 40% increase in order processing efficiency.
• Innovated a new Kafka consumer tasked with purging Couchbase JSON documents based on the policies defined
• in the microservice configuration set by the customer.
• Providing assistance for late-night deployment work and addressing high-priority(P1) issues for production.
• Evolved and executed automated validation framework for 10+ microservices, leveraging configuration triggers;
• reduced manual validation efforts by 70% and increased deployment speed by 50%.

Jul 2021 – Jul 2023 · 2 yrs

• As a Software Developer for the DigitalONE product, my responsibility is to design, build, and maintain the microservices that enable customers to effortlessly create and deliver mobile recharges through smooth digital experiences. These microservices handle the process of deducting the recharge amount from the customer's balance and adding the recharge orders to their inventory, ensuring a seamless and convenient transaction process. By ensuring the reliability and efficiency of these microservices, I contribute to enhancing the overall customer experience with the product..
• Collaborated with internal teams, including product architecture and QA testers to develop and deploy new functionality in production.
• Managing and resolving issues/defects related to production from D1 team for both OC and OH.
• Providing assistance for late-night deployment work and addressing high-priority(P1) issues for D1.
• Reduced database size by nearly 50% and improved its performance by 20%.
• Achieved code coverage of more than 90% per tested functionality