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Course Outline

Foundations of Containerization in MLOps

  • Analyzing ML lifecycle requirements
  • Core Docker concepts relevant to ML systems
  • Best practices for establishing reproducible environments

Constructing Containerized ML Training Pipelines

  • Packaging model training code and associated dependencies
  • Configuring training jobs via Docker images
  • Managing datasets and artifacts within containers

Containerizing Validation and Model Evaluation

  • Recreating consistent evaluation environments
  • Automating validation workflows
  • Capturing metrics and logs from containerized processes

Containerized Inference and Serving

  • Architecting inference microservices
  • Optimizing runtime containers for production use
  • Implementing scalable serving architectures

Orchestrating Pipelines with Docker Compose

  • Coordinating multi-container ML workflows
  • Managing environment isolation and configuration
  • Integrating supporting services (e.g., tracking, storage)

ML Model Versioning and Lifecycle Management

  • Tracking models, images, and pipeline components
  • Maintaining version-controlled container environments
  • Integrating with MLflow or similar tools

Deploying and Scaling ML Workloads

  • Executing pipelines in distributed environments
  • Scaling microservices using Docker-native methods
  • Monitoring containerized ML systems

CI/CD for MLOps with Docker

  • Automating the build and deployment of ML components
  • Testing pipelines within containerized staging environments
  • Safeguarding reproducibility and enabling rollbacks

Summary and Future Steps

Requirements

  • A solid grasp of machine learning workflows
  • Proficiency in Python for data or model development
  • Basic familiarity with container fundamentals

Target Audience

  • MLOps engineers
  • DevOps practitioners
  • Data platform teams
 21 Hours

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