After completing this course, students will be able to:
• Describe common architectures for processing big data using Azure tools and services.
• Describe how to use Azure Stream Analytics to design and implement stream processing over large-scale data.
• Describe how to include custom functions and incorporate machine learning activities into an Azure Stream Analytics job.
• Describe how to use Azure Data Lake Store as a large-scale repository of data files.
• Describe how to use Azure Data Lake Analytics to examine and process data held in Azure Data Lake Store.
• Describe how to create and deploy custom functions and operations, integrate with Python and R, and protect and optimize jobs.
• Describe how to use Azure SQL Data Warehouse to create a repository that can support large-scale analytical processing over data at rest.
• Describe how to use Azure SQL Data Warehouse to perform analytical processing, how to maintain performance, and how to protect the data.
• Describe how to use Azure Data Factory to import, transform, and transfer data between repositories and services.
• Module 1: Architectures for Big Data Engineering with Azure
• Module 2: Processing Event Streams using Azure Stream Analytics
• Module 3: Performing custom processing in Azure Stream Analytics
• Module 4: Managing Big Data in Azure Data Lake Store
• Module 5: Processing Big Data using Azure Data Lake Analytics
• Module 6: Implementing custom operations and monitoring performance in Azure Data Lake Analytics
• Module 7: Implementing Azure SQL Data Warehouse
• Module 8: Performing Analytics with Azure SQL Data Warehouse
• Module 9: Automating the Data Flow with Azure Data Factory
The primary audience for this course is data engineers (IT professionals, developers, and information workers) who plan to implement big data engineering workflows on Azure.
In addition to their professional experience, students who attend this training should already have the following technical knowledge:
• A good understanding of Azure data services.
• A basic knowledge of the Microsoft Windows operating system and its core functionality.
• A good knowledge of relational databases.