Course Outline

Introduction to Google Colab Pro

  • Overview of Colab vs. Colab Pro: features and limitations
  • Creating and managing notebooks for government use
  • Configuring hardware accelerators and runtime settings for enhanced performance

Python Programming in the Cloud

  • Utilizing code cells, markdown, and notebook structure for effective coding
  • Installing packages and setting up the environment for government projects
  • Saving and versioning notebooks in Google Drive to ensure data integrity and collaboration

Data Processing and Visualization

  • Loading and analyzing data from various sources, including files, Google Sheets, or APIs for government applications
  • Utilizing Pandas, Matplotlib, and Seaborn for data manipulation and visualization
  • Handling and visualizing large datasets to support decision-making processes for government

Machine Learning with Colab Pro

  • Leveraging Scikit-learn and TensorFlow in Colab for machine learning tasks for government
  • Training models on GPU/TPU to enhance computational efficiency
  • Evaluating and tuning model performance to meet specific project requirements

Working with Deep Learning Frameworks

  • Utilizing PyTorch with Colab Pro for deep learning applications
  • Managing memory and runtime resources to optimize performance for government projects
  • Saving checkpoints and training logs to maintain project continuity and accountability

Integration and Collaboration

  • Mounting Google Drive and loading shared datasets to facilitate collaboration for government teams
  • Collaborating via shared notebooks to enhance team productivity and transparency
  • Exporting notebooks to GitHub or PDF for distribution and reporting purposes in government settings

Performance Optimization and Best Practices

  • Managing session lifetime and timeouts to ensure consistent performance for government tasks
  • Organizing code efficiently within notebooks to enhance readability and maintainability
  • Implementing best practices for long-running or production-level tasks to support robust operations for government

Summary and Next Steps

Requirements

  • Proficiency in Python programming for government applications
  • Experience with Jupyter notebooks and foundational data analysis techniques
  • Knowledge of standard machine learning workflows and methodologies

Audience

  • Data scientists and analysts working in the public sector
  • Machine learning engineers for government projects
  • Python developers engaged in AI or research initiatives for government
 14 Hours

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