Learn how to connect to live data sources and prepare time series data for forecasting. You’ll pull hourly electricity demand data from the U.S. EIA API and build your first forecast.

Productionizing your forecast model

Forecasting project architecture

Benefits of experimentation frameworks

Reviewing the input data

Making an API request

Preparing and visualizing the data

Interpreting time series visualizations

Working with a forecast object

Forecasting with ML Models

Evaluating forecast performance

Visualizing forecast performance

General Architecture

Discover the fundamentals of experimentation, including backtesting, evaluation, and model registration using MLflow!

Experimentation

Forecast evaluation & experimentation

Exploring experimentation process

Workflow of experimentation

Backtesting

Defining the forecasting models

Training models with backtesting

Visualizing forecast results

Model Scoring

Transforming backtesting output

Building a model leaderboard

Model Registration with MLflow

Logging tuned models

Searching experiment results

Learn how to build automated forecasting pipelines that refresh data and predictions daily. You'll set up ETL processes, register models with MLflow, and orchestrate everything with Airflow. Create a production-ready system with data validation and logging to monitor pipeline health.

Pipeline architecture

Defining the forecasting pipeline

Fitting the model

Registering the model

Data ingestion

Data parity checks

Defining the schema

Performing data validation

Airflow

Setting up the DAG

Creating the DAG

Defining pipeline execution order

Logs

Monitoring ETL logs

Monitoring forecasting logs

Setting Automation

Discover the essentials of production deployment, from monitoring the pipeline health to detecting model drift. You'll learn best practices for reproducibility, scaling, and maintaining forecasting systems in the real world environments.

Pipeline Deployment to Production

Options

Data Integrity Issues

Operational Failures

Infrastructure Failures

What could go wrong?

Observability

Monitoring

Monitoring vs Observability

Pipeline Monitoring

Choosing the mitigation plan

API risk mitigation

Model Drift

Calculating a threshold and moving averages

Identifying model drift

Best practices

Development best practices

Scaling forecasting pipelines

Congratulations!

From Deployment to Production

Learn how to design, automate, and monitor scalable forecasting pipelines in Python. This advanced course walks you through the entire production workflow - from sourcing data and training models to deployment and monitoring - using tools like MLflow and Airflow.

You'll start by connecting to live data sources and building your first forecast with U.S. electricity demand data. Next, you'll discover experimentation fundamentals, including backtesting, evaluation, and model registration using MLflow.

Then you'll build automated forecasting pipelines with ETL processes, model registration, and Airflow orchestration. Finally, you'll learn production deployment essentials, including monitoring pipeline health, detecting model drift, and maintaining forecasting systems in real-world environments.

Learn how to build robust, scalable forecasting pipelines ready for production. This advanced course is designed for **data scientists**, **machine learning engineers**, and **analytics professionals** who want to move beyond experimentation and put time series forecasting into action. 

You'll work through the full production pipeline—from **sourcing and preparing real-world data** to **training and evaluating multiple forecasting models** using libraries like `statsforecast` and `mlforecast`. You'll then explore how to **automate model training, deployment, and monitoring** using tools such as **MLflow** and **Airflow**.

Along the way, you'll apply forecasting principles to a real dataset from the **U.S. Energy Information Administration** and gain hands-on experience with **API data extraction**, **exception handling**, and **performance logging**.

By the end of the course, you'll be equipped to design forecasting systems that can handle **automation**, **scale**, and **long-term maintenance**.

**Chapter 1 is available now as part of a prelaunch—start learning today while we finish the rest of the pipeline!**


Introduction to Apache Airflow in Python

Introduction to MLflow

Time Series Analysis in Python

Learn how to design, automate, and monitor scalable forecasting pipelines in Python. 

Designing Forecasting Pipelines for Production

Application writes detailed execution logs with timestamps to a centralized log file.

API tracks and records response times for every forecast request.

Slack notification fires when the daily data ingestion job fails.

Automated system sends a text message when the pipeline hasn't run for 24 hours.

Prometheus alerts when forecast model accuracy drops below 85%.

Monitoring vs Observability

Designing Forecasting Pipelines for Production

Hands-on interactive exercise