Use this quick start guide to collect all the information about Microsoft Power Automate RPA Developer (PL-500) Certification exam. This study guide provides a list of objectives and resources that will help you prepare for items on the PL-500 Microsoft Power Automate RPA Developer exam. The Sample Questions will help you identify the type and difficulty level of the questions and the Practice Exams will make you familiar with the format and environment of an exam. You should refer this guide carefully before attempting your actual Microsoft MCA Power Automate RPA Developer certification exam.
The Microsoft Power Automate RPA Developer certification is mainly targeted to those candidates who want to build their career in Power Platform domain. The Microsoft Certified - Power Automate RPA Developer Associate exam verifies that the candidate possesses the fundamental knowledge and proven skills in the area of Microsoft MCA Power Automate RPA Developer.
Microsoft Power Automate RPA Developer Exam Summary:
| Exam Name | Microsoft Certified - Power Automate RPA Developer Associate |
| Exam Code | PL-500 |
| Exam Price | $165 (USD) |
| Duration | 120 mins |
| Number of Questions | 40-60 |
| Passing Score | 700 / 1000 |
| Books / Training | PL-500T00: Microsoft Power Automate RPA Developer |
| Schedule Exam | Pearson VUE |
| Sample Questions | Microsoft Power Automate RPA Developer Sample Questions |
| Practice Exam | Microsoft PL-500 Certification Practice Exam |
Microsoft PL-500 Exam Syllabus Topics:
| Topic | Details |
|---|---|
Design automations (30-35%) |
|
| Describe Power Automate features and capabilities |
- Identify the Power Automate ecosystem and offerings - Identify the differences among cloud flows, and desktop flows, and business process flows - Identify when to use a desktop flow or a cloud flow, and when to use them together - Identify the different trigger types for cloud flows - Identify options for interacting with target applications and browsers - Identify the different methods for running a desktop flow - Identify considerations for running cloud and desktop flows concurrently - Identify considerations for running desktop flows attended versus unattended - Differentiate HTTP actions in cloud and desktop flows |
| Work with other Microsoft Power Platform offerings |
- Identify how canvas apps and model-driven apps work with automation - Identify use cases for connectors, custom connectors, connection references, and connections for cloud flows - Identify use cases for Microsoft Dataverse |
| Record and analyze processes |
- Create processes in Process Advisor - Identify the steps for Process mining - Identify the steps for Task mining - Identify the use cases for Process Advisor |
| Identify how to analyze and enhance data and documents |
- Identify Microsoft AI options for processing documents in desktop and cloud flows - Identify Microsoft AI options for processing data in desktop and cloud flows - Identify optical character recognition (OCR) capabilities in desktop flows - Identify use cases for the Document Automation Toolkit |
| Identify use cases for scripting languages in desktop flows |
- Identify use cases for scripting languages including PowerShell and VBScript - Identify use cases for application-specific macro languages including VBA in Microsoft Excel and Office Scripts - Identify use cases for using JavaScript - Identify how to use the document object model (DOM) in automation |
Develop automations (40-45%) |
|
| Create and manage cloud flows |
- Create a cloud flow - Create a cloud flow that calls a desktop flow - Create and use child cloud flows including how to pass data to a child cloud flow and return data back - Perform actions in cloud flows by calling external APIs - Configure filter conditions and concurrency in cloud flows - Configure timeout and retry policies in cloud flows - Implement data objects in cloud flows - Identify common processes for parsing text including JSON, XML, and CSV in cloud flows - Configure cloud flow action to run Microsoft Office Scripts |
| Create and manage desktop flows |
- Create desktop flows to launch, connect to, and authenticate target application - Configure user interface (UI) options - Configure datatables, lists, and custom objects in desktop flows - Implement subflows in desktop flows - Add desktop actions to exit from target applications - Perform actions in desktop flows by calling external APIs - Configure timeout and retry in desktop flows - Implement data objects in desktop flows - Identify common processes for parsing text including JSON, XML, and CSV in desktop flows |
| Implement logic in cloud and desktop flows |
- Configure flow control in cloud and desktop flows including loops - Configure expressions in cloud flows - Configure variable actions for cloud and desktop flows - Configure secure input and output data in actions in cloud flows - Configure secure variables in desktop flows - Configure priority for desktop flows in a queue - Create exception handling blocks in cloud and desktop flows to handle system exceptions - Create error handling routines in cloud and desktop flows to handle business exceptions - Configure document processing by using AI Builder |
| Create and configure custom connectors |
- Create a custom connector - Implement authentication for custom connectors - Identify custom connector policy templates - Write code in a custom connector |
| Manage automation infrastructure |
- Configure credential management - Connect cloud flows to on-premises data by using the on-premises data gateway - Create and manage components in Microsoft Dataverse solutions |
| Test automations and finalize development efforts |
- Run and test a cloud flow - Run and test a desktop flow - Manage configurations by using environment variables and configuration files - Debug solutions by using Power Automate cloud and desktop flows debugging features |
Deploy and manage automations (20-25%) |
|
| Prepare target environments |
- Implement Microsoft Power Platform application lifecycle management (ALM) - Differentiate credentials used for different environments - Deploy RPA solutions to other environments - Prepare virtual desktop environments for unattended desktop flow execution |
| Evaluate data loss prevention (DLP) policies for RPA execution |
- Identify Microsoft Power Platform data loss prevention (DLP) policies - Identify how DLP policies impact actions in cloud and desktop flows - Identify how DLP policies apply to custom connectors |
| Manage access to RPA components |
- Share a cloud flow - Share a desktop flow - Share machines and machine groups - Identify security roles required to run and monitor cloud and desktop flows - Create service accounts and service principals |
| Configure machine groups and queues required for desktop flow automations |
- Identify use cases for and capabilities of machines and machine groups - Manage machine registrations - Create and manage machine groups - Implement load balancing of desktop flows by using machine groups and queues - Work with queues and queue operations for desktop flows - Evaluate cloud and desktop flow run history from the Power Automate portal |
To ensure success in Microsoft MCA Power Automate RPA Developer certification exam, we recommend authorized training course, practice test and hands-on experience to prepare for Microsoft Power Automate RPA Developer (PL-500) exam.