• Engineered end to end insurance workflows with Java 17, Spring Boot microservices, React.js, and REST APIs, modernizing legacy systems and improving scalability by 35% across policy and claims platforms

• Developed responsive and dynamic user interfaces through React.js, Redux Toolkit, and Material UI, enabling seamless API communication and increasing customer self-service adoption by 40% across digital insurance modules

• Built and optimized backend services leveraging Java 17, Spring Boot, Hibernate, Spring Data JPA, PostgreSQL, and MySQL, enhancing API performance by 30% while ensuring accurate policy and claims processing

• Implemented secure authentication and cloud integration via Spring Security, JWT, and AWS services (EC2, S3, RDS, API Gateway), strengthening data protection by 45% across distributed insurance applications

• Automated deployment and delivery pipelines with Docker, Jenkins, CI/CD workflows, and AWS infrastructure, reducing release cycles by 50% while ensuring consistent and reliable microservices deployment

• Enhanced system reliability and real-time processing through JUnit, Selenium, Kafka event streaming, and AWS CloudWatch, improving application stability by 40% and enabling faster claim processing and notifications

• Assisted in developing integrated financial data workflows with Java 11, Spring Boot, and REST APIs, improving data processing efficiency by 25% while supporting portfolio analytics and trade lifecycle operations

• Built and enhanced user interface components with React.js, JavaScript, and API integration, enabling real-time reporting dashboards and increasing user engagement by 30% across investment data platforms

• Optimized backend data handling and transformation logic with Spring Boot, Hibernate, SQL, and microservices architecture, improving data accuracy by 20% while ensuring reliable trade processing and reporting consistency

• Validated application functionality and deployment readiness with unit testing, API testing, Git version control, and CI/CD workflows, improving system reliability by 35% and ensuring stable releases across financial applications.

• Engineered scalable banking and reconciliation workflows with Java 8, Spring Boot microservices, React.js, and REST APIs, improving transaction processing efficiency by 35% and enabling seamless financial operations across systems

• Developed interactive financial dashboards and transaction modules with React.js, JavaScript, and API integrations, enhancing user experience by 30% and enabling real-time visibility into account and reconciliation data

• Optimized backend transaction processing and reconciliation logic with Spring Boot, Spring Batch, Hibernate, and PostgreSQL/MySQL, improving data accuracy by 28% while ensuring consistent handling of high-volume financial records

• Implemented secure authentication and transaction validation with Spring Security, JWT, and encryption mechanisms, strengthening data protection by 40% and ensuring compliance across digital banking and payment workflows

• Automated deployment and environment consistency with Docker, CI/CD pipelines, Git, and AWS cloud services, reducing deployment effort by 45% while ensuring stable and reliable application releases

• Enhanced event-driven processing and system coordination with Kafka, microservices architecture, and distributed systems design, improving real-time reconciliation and transaction tracking efficiency by 32%

• Validated system functionality and performance with JUnit, API testing, and integration testing frameworks, improving application stability by 38% and ensuring accurate financial transaction processing across modules