Srinivasa Rao Chinni

Orchestrated CI/CD pipelines using Jenkins and Pivotal Cloud Foundry for Spring Boot Microservices, ensuring efficient deployment of enterprise web applications.

Developed robust front-end applications with React, Flux, NodeJS, HTML5, CSS3, and JavaScript, enhancing user interfaces and improving website performance.

Designed and implemented scalable Microservices and RESTful web services on Amazon EC2, integrating with Kafka clusters for high-volume message processing.

Developed and tested Scala-based Apache Spark applications for processing data from diverse RDBMS and streaming sources, enabling advanced data analytics and foundational AI/ML capabilities.

Conducted comprehensive unit and functional testing for microservices using various test data sets, ensuring application reliability and performance.

Optimized application performance by enhancing Redux architecture and applying design patterns (MVC, Singleton), resulting in improved website responsiveness.

Orchestrated end-to-end workflow for EDI 835 transactions, from claim payment receipt to generating and transmitting files to providers, enhancing payment cycle efficiency.

Implemented rigorous validation checks on all 835 files against HIPAA 5010 standards, ensuring structural integrity and generating 999 and TA1 acknowledgments for compliance.

Developed application-level persistence using Hibernate and Spring Framework, ensuring robust data management for core healthcare systems.

Built file/image upload functionality from Angular 8 frontend to AWS S3 using AWS-SDK (NPM), improving document management capabilities.

Designed and developed RESTful web services using Spring Boot Microservices architecture, facilitating scalable and efficient data exchange.

Performed extensive unit and integration testing in collaboration with QA teams, resolving bugs and ensuring high-quality application delivery.

Managed a team of 10+ developers, delivering healthcare integration solutions with 98% SLA compliance and ensuring seamless daily business operations.

Reduced recurring incidents by 25% through proactive Root Cause Analysis (RCA) and monitoring enhancements, significantly improving system reliability.

Led the strategic migration of enterprise integration services from TIBCO (BW, EMS, RV) to Oracle SOA Suite (BPEL, Mediator, OSB), minimizing disruption to business operations.

Developed comprehensive migration strategies, timelines, and risk mitigation plans, ensuring minimal downtime and consistent data integrity during transitions.

Provided expert guidance in configuring Oracle SOA components (BPEL Process Manager, OSB, Adapters, Enterprise Manager), ensuring compliance with enterprise standards and data governance.

Developed and maintained integration solutions using TIBCO Business Works (BW) for processing EDI 837 (Healthcare Claims) and EDI 835 (Remittance Advice) transactions, enhancing healthcare claims management.

Utilized EDIFECS Transaction Manager and XEngine to parse, validate, and transform EDI messages as per HIPAA standards, ensuring data accuracy and security.

Built robust TIBCO workflows to automate ingestion, transformation, routing, and delivery of EDI messages, improving operational efficiency.

Implemented business rules for claim validation, error reporting, and acknowledgment generation (999/TA1), ensuring compliance and reducing processing errors.

Created monitoring and alerting mechanisms using TIBCO Hawk for real-time error tracking and SLA compliance, enhancing system reliability.

Designed and deployed TIBCO workflows to support critical mortgage servicing and reporting functions, enhancing operational efficiency.

Developed reusable Java components and web services (SOAP/REST) to support TIBCO workflows and backend services, improving system modularity.

Tuned performance of TIBCO applications and Java APIs through memory profiling, connection pooling, and thread optimization, enhancing system responsiveness.

Provided production support, root cause analysis, and resolution for critical integration issues, minimizing business operation disruptions.

Streamlined testing and production support activities through collaboration with development and DB teams, improving overall project delivery.