• Develop advanced solutions using Microsoft Power Platform.
• Work with Microsoft Dataverse tables, relationships, business rules, security, and environments.
• Build and customize model-driven and canvas applications.
• Use Power Fx and client-side scripting to extend application functionality.
• Develop Power Apps Component Framework (PCF) code components.
• Create Dataverse plug-ins and custom APIs.
• Work with Dataverse Web API and Organization Service.
• Build custom connectors and integrate Azure services.
• Use Azure Functions with Power Platform solutions.
• Implement application lifecycle management using solutions and Power Platform Pipelines.
• Develop scalable integrations using Dataverse events and APIs.
• Prepare for the PL-400 Microsoft Power Platform Developer exam.

Learning Path 1: Work with Microsoft Dataverse

• Introduction to Microsoft Dataverse
• Manage environments
• Manage customizations with solutions
• Create and manage tables in Microsoft Dataverse
• Create and manage columns in Microsoft Dataverse
• Create relationships between tables in Dataverse
• Create and define calculated and rollup columns in Dataverse
• Define and create business rules in Microsoft Dataverse
• Manage security in Microsoft Dataverse

Learning Path 2: Create Model-Driven Apps

• Get started with model-driven apps
• Configure forms
• Configure views
• Command bar

Learning Path 3: Create Canvas Apps

• Get started with Power Apps
• Understanding low-code as a traditional developer
• Customize a canvas app in Power Apps
• Navigation in a canvas app
• Power Fx formulas
• Canvas components
• Document and test your Power Apps application

Learning Path 4: Advanced Techniques in Canvas Apps

• Use imperative development techniques for canvas apps
• Perform custom updates in a canvas app
• Use Dataverse choice columns with formulas
• Work with relational data in a canvas app
• Work with data source limits and delegation
• Performance in canvas apps

Learning Path 5: Automate Business Processes with Power Automate

• Get started with Power Automate
• Introduction to expressions in Power Automate
• Use Dataverse triggers and actions
• Advanced features of cloud flows

Learning Path 6: Introduction to Developing with Power Platform

• Introduction to Microsoft Power Platform developer resources
• Use developer tools to extend Microsoft Power Platform
• Introduction to extending Microsoft Power Platform
• Work with Dataverse API

Learning Path 7: Extend the Model-Driven Apps User Experience

• Perform common actions with client script
• Best practices with client script

Learning Path 8: Create Code Components with Power Apps Component Framework

• Get started with Power Apps Component Framework
• Create and work with PCF code components

Learning Path 9: Extend Microsoft Dataverse

• Introduction to Dataverse for developers
• Create Dataverse plug-ins

Learning Path 10: Integrate with Dataverse and Azure

• Integrate with Azure
• Integrate with Dataverse

Learning Path 11: Create Custom Connectors

• Custom connectors
• Integrating external services and APIs

Learning Path 12: Application Lifecycle Management

• Solutions
• Application Lifecycle Management
• Solution deployment and management

Learning Path 13: Create a Technical Design

• Technical architecture
• Technical design considerations

Learning Path 14: Workshop

• Applied workshop
• End-to-end Power Platform development scenario

5 Days

• Lab 0: Validate lab environment
• Lab 1: Data modelling
• Lab 2: Model-driven apps
• Lab 3: Canvas app
• Lab 4: Advanced canvas app techniques
• Lab 5: Power Automate
• Lab 6: Power Platform tools
• Lab 7: Power Platform APIs
• Lab 8: Client scripting
• Lab 9: Power Apps Component Framework — optional
• Lab 10: Dataverse plug-ins
• Lab 11: Azure Functions — optional
• Lab 12: Publishing events externally
• Lab 13: Custom connector — optional

Certification: Microsoft Certified: Power Platform Developer Associate
Exam: PL-400: Microsoft Power Platform Developer
Duration: 100 minutes
Format: Proctored Microsoft certification exam; interactive components may be included

• Power Platform Developers
• Power Apps Developers
• Dynamics 365 Developers
• Software Developers
• Application Developers
• Microsoft Stack Developers
• Technical Consultants
• Solution Architects
• DevOps Engineers
• Developers transitioning to Power Platform
• Technical Business Analysts
• CRM Technical Consultants
• IT Professionals with a development background

• Previous software development experience using modern programming languages such as C# and JavaScript.
• Foundational understanding of Microsoft Power Platform.
• Experience developing a data model in Microsoft Dataverse.
• Experience creating Dataverse tables, columns, and relationships.
• Experience building Power Apps canvas apps.
• Experience building Power Apps model-driven apps.
• Experience building Power Automate cloud flows.