Description
We are looking for a Technical Project Manager to drive the programs that turn manual hardware operations into automated, scalable workflows. You will own the delivery of automation initiatives across the full hardware lifecycle , from automated server provisioning and firmware update orchestration through intelligent fault detection, self-healing remediation, and data-centre-scale operational tooling , coordinating engineers, operations teams, and infrastructure stakeholders to ship systems that meaningfully reduce human toil at fleet scale.
The responsibilities:
- Initiating and driving cross-team projects with clear goals and timelines
- Aligning conflicting priorities and stakeholder needs, including C-level
- Facilitating technical and procedural decision-making
- Establishing and scaling repeatable processes
- Collaborating closely with engineering, infrastructure, and business teams
The profile:
- Engineering Manager wanting to move from vertical to horizontal impact, from team to org level, designing and carrying a unified roadmap and strategy across multiple engineering teams
- Technical Project/Program Manager with an Engineering Management background
- Strong operational risk awareness: track record of structuring staged rollouts, defining rollback criteria, and insisting on safety gates before automation runs unsupervised on production infrastructure
- Experience coordinating across engineering and operations stakeholders with different risk tolerances , bridging teams that move fast and teams that prioritise stability without letting that tension stall delivery
Preferred / Nice to Have:
- Experience with specific hardware automation domains: zero-touch provisioning, firmware orchestration, automated hardware testing frameworks, or self-healing remediation systems
- Familiarity with infrastructure-as-code and configuration management tooling (Terraform, Ansible, Kubernetes) from a delivery and rollout management perspective
- Exposure to data centre operations , rack and stack, cabling, power and cooling management , sufficient to understand what automation means to a technician on the floor
- Experience with site reliability engineering (SRE) practices: toil measurement, error budgets, and the discipline of treating operational automation as a first-class engineering investment
- Knowledge of observability platforms (Prometheus, Grafana, Datadog, or equivalent) used to monitor automation system health and measure operational outcomes
Benefits & Perks:
- Competitive compensation
- Career growth and learning opportunities
- Flexibility and ownership
- Collaborative and innovative culture
- Opportunity to work on impactful AI projects
- International environment and talented teams