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 Duration 14 hours (2 days)

Course Outline

Introduction to Cursor for Data and ML Workflows

  • Overview of Cursor's strategic role in data and ML engineering
  • Setting up the development environment and establishing data source connections
  • Comprehending AI-powered code assistance features within notebooks

Accelerating Notebook Development

  • Creating and managing Jupyter notebooks efficiently within Cursor
  • Leveraging AI for automated code completion, data exploration, and visualisation
  • Documenting experiments to maintain high levels of reproducibility

Building ETL and Feature Engineering Pipelines

  • Generating and refactoring ETL scripts with AI support
  • Structuring feature pipelines to ensure scalability
  • Implementing version control for pipeline components and datasets

Model Training and Evaluation with Cursor

  • Scaffolding model training code and establishing evaluation loops
  • Integrating data preprocessing and hyperparameter tuning processes
  • Ensuring consistent model reproducibility across different environments

Integrating Cursor into MLOps Pipelines

  • Connecting Cursor to model registries and CI/CD workflows
  • Using AI-assisted scripts for automated retraining and deployment
  • Monitoring the model lifecycle and managing version tracking

AI-Assisted Documentation and Reporting

  • Generating inline documentation for complex data pipelines
  • Creating comprehensive experiment summaries and progress reports
  • Enhancing team collaboration through context-linked documentation

Reproducibility and Governance in ML Projects

  • Implementing best practices for data and model lineage
  • Maintaining governance and compliance standards with AI-generated code
  • Auditing AI decision-making processes and ensuring traceability

Optimizing Productivity and Future Applications

  • Applying effective prompt strategies for faster iteration cycles
  • Exploring automation opportunities within data operations
  • Preparing for future advancements in Cursor and ML integrations

Summary and Next Steps

Requirements

  • Practical experience in Python-based data analysis or machine learning
  • A solid understanding of ETL and model training workflows
  • Familiarity with version control systems and data pipeline tools

Target Audience

  • Data scientists focused on building and iterating ML notebooks
  • Machine learning engineers designing robust training and inference pipelines
  • MLOps professionals responsible for managing model deployment and ensuring reproducibility

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