We are looking for a DevOps Engineer who knows OpenShift inside and out. This role focuses on building, automating, and supporting containerized applications in a fast-paced environment. You will work with developers, architects, and operations teams to keep everything running smoothly while improving how we ship and manage code. Responsibilities: • Build and maintain CI and CD pipelines that support OpenShift workloads • Manage OpenShift clusters, including deployment, upgrades, scaling, logging, and monitoring • Automate everything possible using tools like Ansible, GitOps workflows, or scripting languages • Troubleshoot cluster, container, and pipeline issues across the full stack • Work with development teams to containerize apps and optimize performance • Implement security best practices for OpenShift and Kubernetes environments • Maintain strong documentation around workflows, pipelines, and cluster operations • Improve reliability, resiliency, and performance of platform services

• Leverage experience in designing, implementing, and maintaining large-scale, mission-critical systems • Architect and enhance infrastructure solutions • Drive improvements across deployment processes and support system migrations • Collaborate with Development and QA teams • Automate operational workflows and enhance system observability • Proactively address potential production issues through scalable and resilient solutions

• Automate deployments utilizing custom templates and modules for customer environments on AWS. • Architect AWS environment best practices and deployment methodologies. • Create automation tools and processes to improve day to day functions. • Educate customers on AWS and Rackspace best practices and architecture. • Ensure the control, integrity, and accessibility of the cloud environment for the enterprise Lead Workload/Workforce Management and Optimization related tasks. • Assist Rackers across the Cloud Function.

• Provide technical and architectural leadership, mentoring engineers and establishing engineering standards, best practices, and scalable architectural patterns • Lead enterprise platform architecture and delivery, designing and evolving self‑service cloud and automation platforms that support global scale and modernization • Improve SDLC modernization by promoting CI/CD, Infrastructure as Code, and automation practices to improve quality, and developer experience • Create clear Goals, proactive monitoring, incident management, and continuous improvement of production systems and workflows • Strengthen global collaboration, partnering with international teams to expand and refine self‑service infrastructure capabilities and private cloud solutions • Architect automation and standardization frameworks that simplify operations, eliminate manual work, and maintain consistency across global server environments • Uphold governance, reliability, and change management, balancing innovation with enterprise stability and ensuring available, secure platforms • Foster a culture of learning and collaboration promoting cross‑training and shared ownership across engineering teams