Course Outline

Introduction to Kubeflow for Government

  • Understanding the Mission and Architecture of Kubeflow
  • Overview of Core Components and Ecosystem
  • Deployment Options and Platform Capabilities

Working with the Kubeflow Dashboard for Government

  • Navigation of User Interface
  • Managing Notebooks and Workspaces
  • Integrating Storage and Data Sources

Kubeflow Pipelines Fundamentals for Government

  • Structure and Component Design of Pipelines
  • Authoring Pipelines with Python SDK
  • Executing, Scheduling, and Monitoring Pipeline Runs

Training Machine Learning Models on Kubeflow for Government

  • Patterns for Distributed Training
  • Using TFJob, PyTorchJob, and Other Operators
  • Resource Management and Autoscaling in Kubernetes

Model Serving with Kubeflow for Government

  • Overview of KFServing / KServe
  • Deploying Models with Custom Runtimes
  • Managing Revisions, Scaling, and Traffic Routing

Managing Machine Learning Workflows on Kubernetes for Government

  • Versioning Data, Models, and Artifacts
  • Integrating CI/CD for ML Pipelines
  • Security and Role-Based Access Control

Best Practices for Production Machine Learning for Government

  • Designing Reliable Workflow Patterns
  • Observability and Monitoring
  • Troubleshooting Common Kubeflow Issues

Advanced Topics (Optional) for Government

  • Multi-Tenant Kubeflow Environments
  • Hybrid and Multi-Cluster Deployment Scenarios
  • Extending Kubeflow with Custom Components

Summary and Next Steps for Government

Requirements

  • An understanding of containerized applications for government use.
  • Experience with basic command-line workflows.
  • Familiarity with Kubernetes concepts.

Audience

  • Machine learning practitioners
  • Data scientists
  • DevOps teams new to Kubeflow for government applications
 14 Hours

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