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 Duration 14 hours

Course Outline

Foundations of MLOps on Kubernetes

  • Core principles of MLOps
  • Distinguishing MLOps from traditional DevOps
  • Addressing key challenges in ML lifecycle management

Containerizing ML Workloads

  • Packaging models alongside training code
  • Optimizing container images specifically for ML tasks
  • Handling dependencies to ensure reproducibility

CI/CD for Machine Learning

  • Structuring ML repositories to support automation
  • Incorporating testing and validation stages
  • Configuring pipeline triggers for retraining and updates

GitOps for Model Deployment

  • Understanding GitOps principles and workflows
  • Leveraging Argo CD for model deployment
  • Implementing version control for models and configurations

Pipeline Orchestration on Kubernetes

  • Constructing pipelines using Tekton
  • Overseeing complex multi-step ML workflows
  • Optimizing scheduling and resource allocation

Monitoring, Logging, and Rollback Strategies

  • Monitoring data drift and model performance metrics
  • Enhancing observability and alerting systems
  • Implementing effective rollback and failover tactics

Automated Retraining and Continuous Improvement

  • Creating effective feedback loops
  • Automating scheduled retraining processes
  • Utilizing MLflow for tracking and experiment management

Advanced MLOps Architectures

  • Deploying across multi-cluster and hybrid-cloud environments
  • Scaling teams through shared infrastructure
  • Addressing security and compliance requirements

Summary and Next Steps

Requirements

  • A solid grasp of Kubernetes fundamentals
  • Practical experience with machine learning workflows
  • Familiarity with Git-based development processes

Target Audience

  • ML engineers
  • DevOps engineers
  • ML platform teams

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