Platform Solution Architect (IaC and Dev)
Posting Start Date: 9 Jun 2026
Location: Prague, CZ
Company: Serco Plc
Purpose of the Role
Define the architecture and engineering patterns for the core platform that other teams build on, including the AI platform foundation.
This is a hands-on architecture role spanning infrastructure-as-code, deployment standards and operational design.
Key Responsibilities
- Define reference architectures and reusable IaC patterns for Azure workloads, and configuration-as-code patterns for Microsoft 365.
- Set standards for CI/CD, GitOps, secret rotation, and image registry strategy.
- Design observability and operational tooling that delivery teams plug into from day one.
- Review incoming workloads (including the AI platform) for fit with platform and security standards.
- Partner with engineers to keep architecture hands-on and implementable, not just documented.
- Take an AI-first approach to the work, using agentic AI tooling as the default way of building and delivering.
- Work in an iterative, board-tracked flow (Azure DevOps Boards or GitHub Projects), with peer code review as standard practice.
- Keep clear architecture and technical documentation current as part of the definition of done.
Required Skills and Experience
- Hands-on solution or platform architecture experience on Azure with a strong IaC focus (Terraform or Bicep) in large corporation/organisation.
- Hands-on engineering background; comfortable writing and reviewing infrastructure code.
- Deep knowledge of AKS, networking, identity and Azure security patterns.
- Experience defining CI/CD and GitOps standards for multiple teams.
- Ability to balance standardisation with enabling delivery teams.
- Comfortable challenging technical decisions and proposing future-proof solutions, open to market innovation.
- Education: degree in Computer Science or similar.
- Language: Good English language skills (Mandatory)
Nice to Have
- Experience designing for scale-to-zero and cost-efficient operations.
- Exposure to AI or data platform workloads.
- FinOps-aware architecture decisions.