Platform Engineer β†’ ML Platform Engineer / AI Engineer

Platform Engineer to AI: Building ML Platforms

Transition from platform engineering to ML platform roles by applying your infrastructure expertise to AI systems. As a platform engineer, you already understand the critical foundations, Kubernetes orchestration, infrastructure as code, CI/CD pipelines, and developer experience optimization. ML platforms need these exact skills, but applied to a new domain: model training infrastructure, feature stores, model serving systems, and experiment tracking. Your experience building internal developer platforms translates directly to building internal ML platforms that data scientists and ML engineers depend on daily. The gap isn't about learning entirely new concepts. It's about understanding ML-specific patterns like GPU scheduling, model versioning, feature engineering pipelines, and the unique observability challenges of ML systems. You'll learn to build self-service ML infrastructure that abstracts away complexity while maintaining the reliability and scalability standards you already enforce. Organizations desperately need engineers who can bridge the gap between traditional DevOps and the specialized needs of ML workloads. Your platform mindset, thinking in terms of golden paths, developer productivity, and infrastructure abstraction, is exactly what ML teams lack. Timeline: 4-6 months to become a capable ML platform engineer, with continuous learning as the field evolves rapidly.

4-6 months
Difficulty: Intermediate

Prerequisites

  • Kubernetes administration and cluster management
  • Infrastructure as Code (Terraform, Pulumi, or similar)
  • CI/CD pipeline design and implementation
  • Developer experience and internal tooling focus
  • API design and platform abstraction patterns
  • Observability stack experience (metrics, logs, traces)

Your Learning Path

2

Kubernetes for ML Workloads

3-4 weeks

Skills You'll Build

GPU scheduling and node pools in KubernetesKubeflow architecture and componentsTraining operators (PyTorch, TensorFlow operators)Resource quotas for ML teamsMulti-tenancy patterns for ML clusters
3

Model Serving Infrastructure

3-4 weeks

Skills You'll Build

Model serving patterns (online, batch, streaming)KServe and Triton Inference ServerAutoscaling for inference workloadsA/B testing and canary deployments for modelsModel registry integration
4

Feature Stores and Data Infrastructure

3-4 weeks

Skills You'll Build

Feature store concepts (Feast, Tecton)Online vs offline feature servingFeature pipelines and data freshnessIntegration with existing data platformsFeature discovery and metadata management
5

MLOps Tooling and Experiment Tracking

3-4 weeks

Skills You'll Build

MLflow, Weights & Biases, or similar platformsExperiment tracking infrastructureModel versioning and artifact managementML pipeline orchestration (Airflow, Argo, Prefect)CI/CD for ML (model testing, validation gates)
6

ML Platform Observability

2-3 weeks

Skills You'll Build

Model performance monitoringData drift and model drift detectionGPU utilization and cost optimizationML-specific alerting patternsDebugging distributed training jobs