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A technology consultancy in the UK is seeking a Kubernetes Engineer to play a key role in building resilient, scalable container-based platforms. The candidate will optimize Kubernetes clusters, enhance deployment strategies, and ensure security and observability for production workloads. Ideal applicants will have over 5 years of experience in infrastructure roles with a strong focus on Kubernetes, particularly in AWS/EKS environments. This hands-on role demands a proactive mindset and a passion for automation.
We are seeking a Kubernetes Engineer with experience building resilient, scalable container based platforms in dynamic environments. You’ll play a central role in implementing our container orchestration strategy, optimizing Kubernetes clusters for reliability, performance, and developer velocity. This is a hands‑on role where architectural insight meets operational excellence - ideal for an engineer who wants to leave their fingerprints on the core of how things run.
Cluster Management: Design, build, and maintain Kubernetes clusters across development, staging, and production environments (EKS a strong plus).
Platform Engineering: Build tooling and abstractions that streamline application deployment and service discovery for developers.
Autoscaling & Performance: Optimize pod scheduling, resource allocation, and horizontal/vertical scaling for high-performance services.
Security & Policy Enforcement: Implement RBAC, network policies, and runtime security tools to enforce safe, compliant workloads.
Deployment Enablement: Enhance Helm charts, Kustomize workflows, and GitOps processes to support fast, safe, and reliable deployments.
Observability: Own the integration and tuning of observability stacks (e.g., Prometheus, Grafana, Loki) for visibility into cluster and application health.
Resilience & Recovery: Support fault‑tolerant architectures, runbooks for failover, and high availability strategies.
Collaboration: Partner with developers, QA, and platform teams to evolve infrastructure‑as‑code and self‑service systems that reduce friction and boost autonomy.