CHINNALA SIVAPRASAD

• Designed, deployed, and maintained AWS and Azure cloud infrastructure using Terraform and CloudFormation, supporting scalable application environments while ensuring availability, security controls, and efficient resource utilization across multiple projects. • Built and managed CI/CD pipelines using Jenkins, GitHub, and GitLab to automate build, test, and deployment processes, enabling consistent releases and reducing manual intervention across development and staging environments. • Supported containerized workloads using Docker and Kubernetes (EKS and AKS), performing deployment configuration, troubleshooting runtime issues, and collaborating with development teams to ensure stable application performance. • Improved deployment reliability by reducing release failures through automated validation, monitoring, and rollback strategies, resulting in faster recovery during incidents and improved system stability for customer-facing applications. • Optimized cloud costs and operational efficiency by analyzing resource usage, implementing cleanup automation, and improving monitoring alerts, contributing to reduced cloud spend and improved response time for infrastructure issues.

• Provisioned and supported AWS cloud infrastructure including EC2, S3, VPC, IAM, and RDS using Infrastructure as Code practices, ensuring secure, scalable environments aligned with application and operational requirements. • Developed and maintained CI/CD pipelines using Jenkins and Git-based workflows to automate application builds and deployments, supporting continuous integration practices across development, testing, and production environments. • Managed containerized applications using Docker and Kubernetes, handling image creation, deployment configurations, and troubleshooting issues while working closely with development teams to support reliable application delivery. • Increased deployment efficiency by standardizing release processes and automation workflows, reducing manual errors and enabling faster turnaround times for application updates across multiple cloud-hosted services. • Improved system reliability and operational visibility by enhancing monitoring and alerting practices, enabling faster issue identification, reduced downtime, and improved response times during production incidents.