Lendable - Senior Platform Engineer
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Requirements
• Production experience running Kubernetes at scale, not just deploying to it, but operating it. • Proven ability to improve developer experience and platform adoption across teams • Strong infrastructure-as-code skills with Terraform (Terragrunt a bonus). • Hands-on experience with a modern observability stack including Datadog, Prometheus, Grafana. • Modern CI/CD experience: GitHub Actions, ArgoCD, Flux. • Comfort scripting in at least one of the following: TypeScript/Node, Python or Go. • A solid grounding in Linux, networking, and security fundamentals. • We don't expect every box to be ticked. If most of this sounds like you, we'd like to hear from you. • Cloud & compute: AWS (multi-account, multi-region), EKS with Karpenter and KEDA • Cloud & compute: • IaC: Terraform, Terragrunt, Helm • CI/CD & GitOps: GitHub Actions, ArgoCD, Argo Rollouts • CI/CD & GitOps: • Observability: Datadog, Prometheus, Grafana • Observability: • Security: HashiCorp Vault, Kyverno, Checkov, Aikido • Security: • Databases: PostgreSQL and MySQL • Databases: • AI tooling: Claude Code, Cursor, Augment • AI tooling: • Tooling we build ourselves: TypeScript • Tooling we build ourselves:
Responsibilities
• Design and manage core AWS infrastructure via Terraform and Terragrunt • Build and operate robust Kubernetes, GitOps and observability tooling • Shape how engineering teams ship to production, progressive rollouts, canary deploys and fast, safe rollbacks • Bake security into the SDLC, policy-as-code, OIDC-based cloud access, secret scanning and pre-merge controls, working closely with our Security team • Partner with engineering teams on infrastructure, database and deployment best practices • Provide and continuously improve CI/CD and developer tooling • We make use of AI-assisted tooling (e.g. code generation, debugging, and platform operations). You’re either already comfortable working this way, or excited to adopt it. • Product teams can ship to production independently using self-service platform capabilities, without needing direct support from Platform Engineering • Platform standards (infrastructure, deployment, security) are widely adopted across teams • Changes to the platform measurably improve developer experience and delivery speed • Incidents are reduced over time through better system design, observability, and guardrails • Infrastructure is scalable, cost-efficient, and secure by default, with clear trade-offs made where needed
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