Senior Devops Engineer

Broadridge

1. • Developed and maintained development and deployment infrastructure, including build and test automation tools, source control, and continuous integration and delivery pipelines.
2. •Collaborated with the development team to ensure code was built and deployed in accordance with best practices, resulting in reliable and performant products.
3. • Troubleshot and resolved issues related to development and deployment infrastructure, ensuring highly available and scalable systems.
4. • Participated in design and architecture discussions, providing input on best practices and standards for development and deployment.
5. • Stayed up to date with industry trends and best practices related to DevOps, making recommendations for improvements to development and deployment processes.
6. • Streamlined and automated development and deployment processes, reducing the time it took to build and deploy code and improving product reliability and quality.
7. • Increased efficiency and productivity of the development team by optimizing development and deployment processes, allowing for quicker delivery of new products and features.
8. • Fostered improved collaboration and communication between the development team and other stakeholders, ensuring alignment on project goals and timelines, and timely issue identification and resolution.

Devops Engineer

TCS

1. • Integrated Maven with Jenkins(RIO) to automate the build process and store the resulting artifacts in Artifactory Repository, streamlining the development process.
2. • Managed Continuous Integration and Continuous Delivery (CI/CD) using Spinnaker, enabling the team to deliver high-quality software in a timely and efficient manner.
3. • Conducted code reviews and used SonarQube to validate code violations, and generated code coverage reports from it, resulting in the development of reliable and high-quality software.
4. • Created Docker images using Dockerfile to support containerization of applications, which improved the reliability and scalability of our applications.
5. • Installed and Configured Kubernetes to manage containerized applications using nodes, Config Maps, Selector, and Services, and deployed application containers as pod, resulting in efficient management of our containerized applications.
6. • Deployed configuration management and provisioning to AWS using Terraform, automating the deployment process and enabling us to scale our infrastructure quickly and easily.
7. • Collaborated with development/QA teams and proactively worked on deployments and configuration issues, resulting in faster and more efficient resolution of deployment issues.
8. • Installed and configured the monitoring tool SPLUNK for tracing the logs, enabling us to trace and analyze log data effectively.
9. • Set up CI for new branches, build automation, plug-in management, and secured Jenkins, resulting in efficient and secure build management.
10. • Set up and maintained Logging and Monitoring subsystems using tools Elastic-search, established infrastructure and service monitoring using Prometheus and Grafana, enabling us to monitor our applications' performance and resolve issues quickly.

Software Engineer

Mphasis

1. • Designed and implemented ADF Business Components using Entity Objects, View Objects, and Application Modules, View Criteria, and View Accessors, providing a reliable and scalable framework for the bank's fixed assets management system.
2. • Developed Packages, procedures, triggers, and indexes, optimizing the performance and functionality of the fixed assets management system.
3. • Analyzed Functional, Architecture, and Technical documents requirement design for the project, ensuring that the development efforts aligned with the project's goals and objectives.
4. • Developed Jasper Reports and optimized code to sync with code standards HP Fortify, providing accurate and reliable reports for the bank's fixed assets.
5. • Deployed with Docker from the workstation to AWS EC2, including build, deployment, and update scripts for all applications at the same time, streamlining the deployment process and enabling efficient management of the bank's fixed assets.
6. • Implemented AES256 algorithm for Encryption and Decryption of the messages, providing secure and reliable data transmission.
7. • Implemented RESTful Web Services, improving the bank's fixed assets management system's functionality and accessibility.
8. • Built the complete infrastructure, including Dev, QA, UAT & Production environments, enabling efficient management of the bank's fixed assets.
9. • Installed and configured Jenkins on a Linux machine and created a Master and Slave configuration to implement multiple parallel builds through a build form, automating the build process and improving efficiency and productivity.
10. • Implemented Docker to set up a local Development environment, setting up the Docker private registry, writing Docker files for microservices, and dockerizing the testing environment, improving the development process.
11. • Automated provisioning and repetitive tasks using Terraform and Python, improving efficiency and productivity.
12. • Implemented build automation solutions for products and provided ongoing support and administration for software build and build automation using ANT, Maven, Shell Scripts, Jenkins, and Apache Tomcat, ensuring efficient and reliable software builds.
13. • Gathered client requirements, created client servers (Ubuntu, RHEL, windows) hosted in the cloud, configured, and maintained the launched instances with respect to specific applications, solving the issues raised with the instances, ensuring efficient and reliable management of the bank's fixed assets.
14. • Deployed application, which is containerized using Docker onto a Kubernetes cluster, which is managed by Amazon Elastic Container Service for Kubernetes (EKS), ensuring efficient and reliable deployment of the bank's fixed assets management system.

Andhra University

Computer Applications