This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description This role offers the opportunity to work with cutting-edge cloud-native technologies, focusing on designing, deploying, and maintaining robust OpenShift environments. The OpenShift Platform Engineer will manage container orchestration, CI/CD pipelines, and infrastructure automation to ensure highly available, secure, and scalable platforms. You will collaborate closely with development and operations teams to implement GitOps workflows, observability solutions, and cloud infrastructure best practices. This is a fully remote, high-impact position where your expertise will directly support enterprise-level applications and accelerate technological innovation across projects. The role also provides excellent career growth and exposure to a variety of cloud platforms and modern DevOps practices. - Design, deploy, and maintain enterprise OpenShift clusters, leveraging Kubernetes, Docker, Helm, and Operators. - Implement and manage CI/CD pipelines using OpenShift Pipelines (Tekton) and GitOps tools such as ArgoCD. - Ensure platform security, monitoring, and observability using Prometheus, Grafana, and OpenShift Security tools. - Automate infrastructure provisioning and management using Terraform and Infrastructure as Code best practices. - Collaborate with development and operations teams to optimize platform performance, scalability, and reliability. - Manage networking, storage, and cloud resources on platforms such as AWS and Azure. - Troubleshoot and resolve platform-related issues while maintaining high availability and operational standards. Qualifications - 3–5 years of real-time experience in OpenShift, Kubernetes, Docker, and Helm. - Hands-on experience with OpenShift Pipelines (Tekton), Operators, and OpenShift Service Mesh. - Proficiency with CI/CD workflows, GitOps practices (ArgoCD), and Infrastructure as Code (Terraform). - Strong Linux administration, networking, and storage knowledge. - Experience with monitoring and observability tools such as Prometheus and Grafana. - Familiarity with cloud platforms (AWS, Azure) and Agile methodologies. - Strong problem-solving, collaboration, and communication skills. - Candidates with OPT/CPT/H4 EAD/TN/E3 or other non-immigrant visas seeking H-1B sponsorship for 2027 are encouraged to apply. Benefits - Competitive salary with career growth opportunities. - Fully remote work flexibility. - Exposure to advanced OpenShift and cloud-native technologies. - Hands-on experience in enterprise-level platform engineering projects. - Collaborative, inclusive, and dynamic team environment. - Opportunities for professional development and technical skill advancement.

• Diseñar y mantener pipelines de CI/CD para automatizar la construcción, test y despliegue de aplicaciones. • Implementar infraestructura como código (IaC) mediante herramientas como Terraform. • Automatizar tareas operativas mediante scripting (Shell y Python). • Gestionar repositorios de código y flujos de trabajo con Git. • Integrar herramientas de CI/CD con repositorios de artefactos y contenedores. • Colaborar con equipos de desarrollo para mejorar procesos de build, integración y despliegue. • Participar en la mejora continua de la plataforma DevOps y las prácticas de automatización.

• Diseñar, implementar y mantener automatizaciones de infraestructura y procesos mediante herramientas de orquestación y configuración. • Construir, mantener y optimizar pipelines CI/CD para diferentes servicios y proyectos. • Gestionar infraestructura como código (IaC) y contribuir a la evolución de entornos Cloud y On-Premise. • Colaborar estrechamente con equipos de desarrollo, operaciones y arquitectura para mejorar los procesos de entrega y despliegue. • Realizar diagnóstico y resolución avanzada de incidencias en sistemas, automatizaciones y pipelines.

• Own Reliability at Scale • Lead design, implementation, and evolution of reliability, availability, and resiliency strategies for large-scale distributed systems • Identify systemic risks in application architecture, data flows, and infrastructure • Drive operational excellence by preventing, detecting, and mitigating incidents • Apply advanced software engineering practices to eliminate manual work and improve system observability • Partner with product engineers and engineering leadership to ensure reliability in system design • Contribute to longer-term reliability and infrastructure strategy aligned with business growth