Web Applications and Command-Line Tools for Data Engineering

Here is the course structure formatted with bullets for each module:

Module 1: Jupyter Notebooks (4 hours)

\- Introduction to web applications and command-line tools for data engineering

\- Overview of key concepts

\- Getting started with Jupyter notebooks

\- Code cells and text cells in Jupyter

\- Magics in Jupyter

\- Overview of Jupyter Lab

Module 2: Cloud-Hosted Notebooks (5 hours)

\- Introduction to Google Colab

\- Tour of Colab features

\- Data and documents in Colab

\- Introduction to AWS SageMaker

\- Tour of SageMaker Studio

\- Overview of SageMaker Pipelines

Module 3: Python Microservices (12 hours)

\- Introduction to building Python microservices

\- Benefits of microservices

\- Setting up Python project structure for CI

\- Building a random fruit web app with Python

\- Introduction to Python microservices with FastAPI

\- Building FastAPI microservices for ML predictions

\- Deploying a Python Lambda microservice

\- Introduction to building containerized microservices

\- Why use containers for microservices?

\- Deploying a containerized .NET 6 API

\- Deploying a containerized ML microservice

Module 4: Python Packaging and Rust Command-Line Tools (19 hours)

\- Introduction to Python packaging and command-line tools

\- Getting started with Python projects

\- Overview of command-line tool frameworks

\- Using Click to build a command-line tool

\- Exploring advanced command-line tool features

\- Introduction to packaging and distributing your Python project

\- Working with Python setup tools

\- Uploading to a Python registry

\- Introduction to continuous integration for command-line tools

\- Automating testing and publishing with GitHub Actions

\- Introduction to Rust command-line tools

\- Working with user input, output, modules in Rust

\- Optimizing Rust command-line tools

\- Big O notation final challenge