PR/123844 | Senior Platform Engineer

Are you passionate about building platforms that engineers love to use?

We’re working with a fast-growing tech company that’s evolving from a monolith to a modern, service-oriented architecture, and they’re looking for a Senior Platform Engineer to help lead that transformation.

This isn’t just about managing infrastructure. You’ll help build a self-service developer platform that allows engineers to go from idea → production in minutes (not weeks).

You will:

• Build reusable Terraform modules, CI/CD components, and platform abstractions

• Design systems that simplify complexity and improve developer experience

• Shape the future of the platform: Kubernetes, observability, and architecture decisions

• Partner with engineering teams to support the move away from a monolith

• Define best practices for reliability, monitoring, and “you build it, you run it” culture

• Mentor teammates and influence engineering standards

• Experience building internal platforms / developer tooling

• Strong Kubernetes (EKS) knowledge — networking, RBAC, scaling

• Solid Terraform skills (modular, reusable design)

• CI/CD expertise (GitHub Actions, ArgoCD, DroneCI, etc.)

• Hands-on with AWS: EKS, IAM, VPC, RDS

• Deep understanding of observability (Prometheus, Grafana, OpenTelemetry)

• Strong grasp of security, networking, and system design at scale

• Experience running production systems + incident response

• A mindset focused on developer experience and usability

• Build a platform that directly impacts how engineers work every day

• Work in a product-driven, profitable company with steady growth

• Startup agility + enterprise-level scale

• Collaborate with an international team and leadership directly

• High ownership, real impact, and room to shape long-term architecture

• Platform Engineers, SREs, DevOps Engineers who enjoy building systems for other engineers

• Engineers who care deeply about developer experience, not just infrastructure

• Problem solvers who like shaping systems in ambiguous, high-impact environments

#LI-JACID