MLOps / AI Operations Engineer

Description du poste:

Job Description & Summary

The opportunity

Industrialize AI delivery through automated deployment, evaluation operations, observability, reliability engineering and transparent consumption management.

What you will be doing

· Build CI/CD pipelines for AI services, prompts, agent configurations, infrastructure and evaluation assets.
· Automate environment provisioning, testing, deployment, rollback and release evidence.
· Implement tracing, logging, model and agent monitoring, alerts and operational dashboards.
· Operationalize evaluation thresholds, incident handling and continuous-improvement loops.
· Monitor latency, capacity, token usage, infrastructure consumption and cost drivers.
· Define runbooks, service ownership and production support handover.

What we need from you

· 4+ years in DevOps, platform engineering, ML engineering, SRE or cloud operations.
· Strong automation, containers, cloud services, observability and Infrastructure as Code capability.
· Experience deploying or operating ML, generative AI or distributed application workloads.
· Understanding of release controls, reliability, security and cost optimization.

Relevant AI technologies and tooling

· Hands-on experience with GitHub Actions, Azure DevOps, GitLab CI or equivalent, plus Infrastructure as Code using Terraform, Bicep or comparable tooling.
· Strong container and orchestration capability using Docker and Kubernetes, together with experience deploying AI or agent services across cloud and hybrid environments.
· Experience operating model and prompt assets, agent configurations, evaluation datasets and release evidence using MLflow, platform-native registries or equivalent lifecycle tooling.
· Practical implementation of agent tracing and observability using OpenTelemetry and tools such as LangSmith, MLflow, Langfuse, Azure Monitor, Prometheus or Grafana.
· Ability to monitor model and agent quality, tool failures, retrieval performance, latency, token usage, cost, capacity and workflow-level service indicators.
· Experience with progressive delivery, rollback, secrets management, vulnerability scanning, incident response and reliability practices for non-deterministic AI systems.

Measures of success

· Deployment frequency and success rate
· Mean time to detect and restore
· Evaluation and monitoring coverage
· Service reliability and latency
· Cost and consumption transparency

Key interfaces

· Other members of the AI Transformation & Agentic Systems Practice
· PwC sector, functional, cloud, cyber, risk, Responsible AI and change specialists
· Client business owners, product owners, technology teams and operational users
· Technology alliance and implementation partners where relevant

Contribution to the practice

· Support proposals, client workshops and market development appropriate to seniority.
· Contribute reusable methods, patterns, code, assets and lessons learned.
· Coach colleagues and participate in the capability's continuous learning agenda.
· Uphold PwC quality, independence, confidentiality and risk-management requirements.

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