Senior Technical DevOps Engineer

Responsibilities

• Lead the discovery phase of Cloud adoption/ migration by partnering with the Architects and Security to strategize well defined DevOps and Cloud engineering architectures
• Lead the automation of change management, building resiliency, monitoring, capacity planning and emergency response for set of products that you are responsible for.
• Act as a lead for service reliability, scalability and performance for a set of products as part of system enablement team for Agile release trains. Primary lead who identifies and improves the lifecycle of products/services by addressing flow of value through the continuous deployment pipelines.
• Review deployment and operational environments, i.e., execute initiatives to reduce failure, troubleshoot issues across the entire infrastructure stack, expand monitoring capabilities, and manage technical operations.
• Collaborate with Release Engineering, Product Development and Security teams to develop change management strategies e.g. canary-style deployments, pushing out new releases without interrupting services, and rolling back features that demonstrate problems.
• Enable automation of everything possible and ensure continuous deployment pipeline is always in good health and is responsible for the technical design and high-quality coding for technology products with built in quality and production deployment ready.
• 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.
• Embrace DevSecOps principles to advise and architect security solutions with engineering and product teams, ensuring all technologies and projects are robust and adhere to security standards.
• Be an advisor to enable the teams to drive corrective, adaptive, preventative and perfective maintenance of solutions automating environment management, service management, infrastructure management and cyber security aspects of the systems
• Apply Site reliability principles to ensure availability, latency, performance, efficiency, change management, monitoring, emergency response, and capacity planning and act as a bridge between development and operations by applying an engineering mind-set to system administration.