Role Overview
This is a high-impact SRE role focused on building reliable, scalable infrastructure for an international gaming platform. You’ll help shape DevOps and SRE practices while contributing to technical strategy and a strong engineering culture. The role combines hands-on infrastructure engineering with observability, automation, cloud architecture, and incident management. You’ll work closely with development teams to improve reliability, scalability, deployment processes, and CI/CD practices. As a senior engineer, you’ll also mentor teammates and promote Kubernetes-native approaches across the engineering organization. The environment values autonomy, proactive problem-solving, continuous improvement, and practical automation over bureaucracy. It’s an opportunity to take meaningful ownership of reliability engineering while working with modern cloud-native technologies.
Accountabilities
-
Build and evolve DevOps and SRE practices, helping establish scalable approaches to reliability, infrastructure management, and operational excellence.
- Contribute to the team’s technical strategy and engineering culture, promoting robust, maintainable, and automation-first practices.
- Develop, maintain, and continuously improve the gaming platform infrastructure, with a strong focus on availability, scalability, and resilience.
- Design, operate, and enhance monitoring and observability systems, including metrics, dashboards, exporters, alerting, and reliability indicators.
- Participate in paid on-call rotations, strengthening incident response processes and helping ensure fast, effective resolution of production issues.
- Automate infrastructure operations and repetitive workflows to improve engineering efficiency and reduce manual intervention.
- Partner closely with development teams to improve system reliability, scalability, CI/CD, and change delivery processes.
- Mentor engineers and share Kubernetes-native practices, helping raise technical standards across the wider engineering community.
- Contribute to architectural decisions and cloud infrastructure evolution, balancing performance, reliability, scalability, and operational simplicity.
- Investigate incidents and technical issues systematically, focusing on root-cause analysis and long-term prevention rather than short-term fixes.