Kubernetes Engineer β†’ AI Engineer / MLOps Engineer

Kubernetes Engineer to AI: Orchestrating Intelligent Workloads

Transition from Kubernetes engineering to AI/MLOps by leveraging your container orchestration expertise for machine learning infrastructure. Your deep understanding of cluster management, resource scheduling, and distributed systems provides an exceptional foundation for running AI workloads at scale. Kubernetes has become the de facto platform for ML infrastructure, from training distributed models across GPU nodes to serving predictions with auto-scaling inference endpoints. This path focuses on GPU scheduling and NVIDIA device plugins, distributed training orchestration, KubeFlow for ML pipelines, and production model serving with KServe. You will learn to manage the unique challenges of AI workloads: GPU memory management, checkpoint storage, model versioning, and the bursty traffic patterns of inference services. Your experience with Operators, Helm charts, and GitOps practices translates directly to managing ML platform components. The path bridges your infrastructure expertise with AI fundamentals, ensuring you understand both the workloads you are orchestrating and how to optimize Kubernetes for them. By the end, you will be positioned for MLOps Engineer or AI Platform Engineer roles, combining infrastructure excellence with machine learning operational knowledge. Timeline: 4-6 months.

4-6 months
Difficulty: Intermediate

Prerequisites

  • Kubernetes cluster administration and troubleshooting
  • Helm chart development and management
  • Kubernetes Operators and Custom Resource Definitions
  • Container networking and service mesh concepts
  • Resource management (requests, limits, quotas)
  • GitOps workflows (ArgoCD or Flux)

Your Learning Path

2

GPU Orchestration on Kubernetes

3-4 weeks

Skills You'll Build

NVIDIA device plugin and GPU operator setupGPU resource scheduling and sharing (MIG, time-slicing)Node affinity and taints for GPU workloadsGPU memory management and monitoringMulti-GPU and multi-node training configurations
3

KubeFlow and ML Pipelines

3-4 weeks

Skills You'll Build

KubeFlow installation and architectureKubeFlow Pipelines for ML workflowsKatib for hyperparameter tuningKubeFlow Notebooks for data science teamsIntegration with MLflow for experiment tracking
4

Distributed Training Infrastructure

3-4 weeks

Skills You'll Build

Kubernetes Job and CronJob patterns for trainingPyTorchJob and TFJob operatorsDistributed data parallel training conceptsCheckpoint storage with PVCs and object storageTraining job monitoring and failure recovery