Implementing a Machine Learning solution with Azure Databricks (DP-3014) Training

This course assumes that you have experience of using Python to explore data and train machine learning models with common open source frameworks, like Scikit-Learn, PyTorch, and TensorFlow. Consider completing the Create machine learning models learning path before starting this one.

Module 1: Explore Azure Databricks

Azure Databricks is a cloud service that provides a scalable platform for data analytics using Apache Spark.

• Introduction
• Get started with Azure Databricks
• Identify Azure Databricks workloads
• Understand key concepts
• Exercise - Explore Azure Databricks
• Knowledge check
• Summary

Module 2: Use Apache Spark in Azure Databricks

Azure Databricks is built on Apache Spark and enables data engineers and analysts to run Spark jobs to transform, analyze and visualize data at scale.

• Introduction
• Get to know Spark
• Create a Spark cluster
• Use Spark in notebooks
• Use Spark to work with data files
• Visualize data
• Exercise - Use Spark in Azure Databricks
• Knowledge check
• Summary

Module 3: Train a machine learning model in Azure Databricks

Machine learning involves using data to train a predictive model. Azure Databricks support multiple commonly used machine learning frameworks that you can use to train models.

• Introduction
• Understand principles of machine learning
• Machine learning in Azure Databricks
• Prepare data for machine learning
• Train a machine learning model
• Evaluate a machine learning model
• Exercise - Train a machine learning model in Azure Databricks
• Knowledge check
• Summary

Module 4: Use MLflow in Azure Databricks

MLflow is an open source platform for managing the machine learning lifecycle that is natively supported in Azure Databricks.

• Introduction
• Capabilities of MLflow
• Run experiments with MLflow
• Register and serve models with MLflow
• Exercise - Use MLflow in Azure Databricks
• Knowledge check
• Summary

Module 5: Tune hyperparameters in Azure Databricks

Tuning hyperparameters is an essential part of machine learning. In Azure Databricks, you can use the Hyperopt library to optimize hyperparameters automatically.

• Introduction
• Optimize hyperparameters with Hyperopt
• Review Hyperopt trials
• Scale Hyperopt trials
• Exercise - Optimize hyperparameters for machine learning in Azure Databricks
• Knowledge check
• Summary

Module 6: Use AutoML in Azure Databricks

AutoML in Azure Databricks simplifies the process of building an effective machine learning model for your data.

• Introduction
• What is AutoML?
• Use AutoML in the Azure Databricks user interface
• Use code to run an AutoML experiment
• Exercise - Use AutoML in Azure Databricks
• Knowledge check
• Summary

Module 7: Train deep learning models in Azure Databricks

Deep learning uses neural networks to train highly effective machine learning models for complex forecasting, computer vision, natural language processing, and other AI workloads.

• Introduction
• Understand deep learning concepts
• Train models with PyTorch
• Distribute PyTorch training with Horovod
• Exercise - Train deep learning models on Azure Databricks
• Knowledge check
• Summary