Join our dynamic DevOps and Automation team as a key technologist, driving DevOps and Automation practices at the product and program level.
As a Senior Technical DevOps Engineer- DevSecOps (UAE National) you will engineer enterprise-level solutions for CI/CD and Cloud automation, leveraging infrastructure as code, containerization, and configuration management. Your role is critical in ensuring robust Cloud engineering and DevOps practices throughout the entire technology solution lifecycle.
In this role, you will:
• DevSecOps Practices: Embrace DevSecOps principles to advise and architect security solutions with engineering and product teams, ensuring robust adherence to security standards.
• Cloud Native Adoption: Collaborate with Architects and Security to strategize well-defined DevOps and Cloud engineering architectures, taking the lead in the discovery phase of Cloud adoption/migration.
• Automation and Resilience: Lead the automation of change management, building resiliency, monitoring, capacity planning, and emergency response for a set of products. Be the primary lead for service reliability, scalability, and performance as part of the system enablement team for Agile release trains.
• Collaboration and Change Management: Collaborate with Release Engineering, Product Development, and Security teams to develop change management strategies, enabling canary-style deployments and continuous delivery.
• Continuous Integration and Delivery: Ensure the CICD platform is always in good health, enable automation of everything possible, and take charge of the technical design and high-quality coding for technology products, emphasizing built-in quality and production deployment readiness.
• Environment Management: Build, maintain, and operate technical environments for software development, continuous integration, and continuous deployment based on cloud application design principles, such as 12-factor apps.
• Technical Advisory: Be an advisor, enabling teams to drive corrective, adaptive, preventative, and perfective maintenance of solutions, automating environment management, service management, infrastructure management, and cybersecurity aspects of the systems.
• Site Reliability: Apply site reliability principles, ensuring availability, latency, performance, efficiency, change management, monitoring, emergency response, and capacity planning, acting as a bridge between development and operations.
