DP-420T00: Designing and Implementing Cloud-Native Applications Using Microsoft Azure Cosmos DB Course Overview

Target Audience for DP-420T00: Designing and Implementing Cloud-Native Applications Using Microsoft Azure Cosmos DB

1. The DP-420T00 course is designed for professionals seeking expertise in Azure Cosmos DB for cloud-native applications.

• Cloud Solution Architects
• Database Administrators
• Data Engineers
• Application Developers
• Backend Developers
• DevOps Engineers
• IT Professionals with a focus on database design and management
• System Administrators looking to expand into cloud services
• Data Scientists requiring knowledge of cloud data storage
• Technical Team Leads overseeing project implementations on Azure
• Software Engineers transitioning to cloud-based databases
• Azure Consultants specializing in database solutions
• Full Stack Developers who integrate database backends with cloud services
• Professionals preparing for the Microsoft Azure Cosmos DB certification

Learning Objectives - What you will Learn in this DP-420T00: Designing and Implementing Cloud-Native Applications Using Microsoft Azure Cosmos DB?

Introduction to the Course's Learning Outcomes

Gain comprehensive skills in designing and implementing cloud-native applications utilizing Azure Cosmos DB SQL API, focusing on data modeling, optimization, and integration with Azure services.

Learning Objectives and Outcomes

• Understand the fundamentals of Azure Cosmos DB SQL API, including account creation and configuration.
• Plan resource requirements effectively for Azure Cosmos DB SQL API databases and containers.
• Master data migration techniques into and out of Azure Cosmos DB using tools like Azure Data Factory.
• Connect to Azure Cosmos DB with the SDK and configure it for both online and offline development scenarios.
• Execute CRUD operations, manage cross-document transactions, and process bulk data using Azure Cosmos DB SQL API SDKs.
• Author and optimize complex queries, implementing efficient pagination and indexing strategies to enhance performance.
• Integrate Azure Cosmos DB with other Azure services like Azure Functions and Azure Cognitive Search, leveraging change feeds for event handling.
• Design and implement data modeling and partitioning strategies to optimize for scalability and performance.
• Develop a comprehensive replication strategy, understanding and applying consistency models and multi-region writes.
• Administer and monitor Azure Cosmos DB solutions, including performance tuning, security implementation, and disaster recovery planning.
• Employ DevOps practices for managing Azure Cosmos DB solutions, including scripting and resource templating.
• Create server-side programming constructs such as user-defined functions (UDFs) and stored procedures to extend database functionality.