Microsoft Power Automate RPA Developer (PL-500) Practice Exam

Microsoft Power Automate RPA Developer (PL-500) Practice Exam

About Microsoft Power Automate RPA Developer (PL-500) Practice Exam

This Microsoft Power Automate RPA Developer (PL-500) exam has been developed to measure your skills and ability to perform technical tasks including -

• Designing solutions
• Developing solutions
• Deploying and managing solutions.

Roles and Responsibilities

The candidates perform the following tasks including - 

• Automate time-consuming and repetitive tasks (using Microsoft Power Automate)
• Review solution requirements
• Create process documentation
• Design, develop, troubleshoot, and evaluate solutions

Who should take the exam?

The candidates preparing for the Microsoft Power Automate RPA Developer (PL-500) Exam work with business stakeholders for improving and automating business workflows. They are also required to collaborate with administrators for deploying solutions to production environments, and they support solutions.

Knowledge Required

The candidates should have experience with -

• JSON
• Cloud flows and Desktop flows
• Integrating solutions with REST and SOAP services
• Analyzing data by using Microsoft Excel, VBScript, Visual Basic for Applications (VBA), HTML, JavaScript
• Microsoft Power Platform suite of tools (AI Builder, Power Apps, Dataverse, and Power Virtual Agents)

Course Outline

The Microsoft Power Automate RPA Developer (PL-500) Exam - 

Design solutions (25–30%)

Determine how to interact with an application targeted for automation

 evaluate whether a target application can be automated

 choose which automation technology to use to interact with a target application,

including using selectors and user interface element inspection

 plan connection, payload, and other relevant information for required APIs

 verify access to target applications

Determine which types of Power Automate flows to implement

 differentiate cloud flows and desktop flows

 select which logical components are required for a solution, including flows, triggers

connectors, canvas apps, and model-driven apps

 develop a strategy for running flows, including running flows serially or in parallel

 choose connectors for a solution, including custom connectors

Design the solution

 design an automation model that includes required flow types and automation methods

 select the types of triggers to use to meet specific business requirements

 choose whether to run the solution attended versus unattended

 develop fault tolerance requirements for the solution

 design required user interface elements for a solution

 design retry and exception handling logic

 design a strategy for scaling a solution and reusing solution components

 design required variables and variable types

Develop solutions (40–45%)

Create core solution components

 create custom connectors

 create components to launch, connect to, and authenticate with target applications

 create components to perform business logic and process transactional work

 create components to safely exit from and close target applications

 create components that perform actions by calling external APIs

 implement actions to perform application integration tasks

 implement system actions to run custom scripts and change target screen resolution

 implement Power Automate actions to run Microsoft Office scripts

 create flows by using Microsoft Visio, the mobile app for Power Automate, and other

tools

Configure solution components

 select an environment for the solution, and configure environment details

 map target application accounts to environments and other solution components

 configure connection features, and manage references to connections

 configure flow queues, triggers, and schedules

Enhance solution components

 create exception handling blocks to manage business and system exceptions

 create routines to handle and log errors and business exceptions

 create routines to manipulate Power Automate data objects, including JSON objects

 configure role-based security

 configure security for sensitive data

Integrate AI Builder and Azure Cognitive Services with solutions

 describe use cases for and capabilities of AI Builder

 describe the Bring your own AI model feature

 differentiate between prebuilt and custom-trained AI Builder models

 select the appropriate AI Builder model for a solution

Finalize development and test solutions

 differentiate between features and behaviors of debug and compiled solutions

 create and implement a test plan

 perform unit testing, and resolve identified issues

 configure and run attended and unattended desktop flows

 debug solutions by using Power Automate debugging features, including Run from here

and breakpoints

 identify machine-level differences and dependencies

 prepare and deploy solutions to a user acceptance testing (UAT) environment

Deploy and manage solutions (30–35%)

Configure solution infrastructure

 configure machine management options, including machine registration and machine

groups

 implement queue management to distribute workloads

 implement logging and alerts

 implement role-based access control (RBAC)

 manage credentials by using Azure Key Vault

 determine whether to implement data loss prevention (DLP) policies at the tenant level

or the environment level

 implement Data Loss Prevention (DLP) policies and other options to protect sensitive and

confidential data

 connect to on-premises data by using a data gateway

Prepare solutions for deployment to production

 create and manage environment variables and solution configuration files

 select a package type, and prepare a solution package

 configure priority for flows

 configure machines and machine groups

 configure child flows

Deploy and manage solutions

 replicate settings from development and user acceptance testing (UAT) environments to

production

 deploy a solution to a production environment

 describe use cases for and capabilities of process advisor

 monitor solutions by using process advisor

 upgrade and patch solutions

Share solutions and collaborate with others

 describe the process for sharing solutions

 create a copy of a cloud flow, and send the flow to other users

 share a cloud flow with a user as a co-owner or run-only user

 share a desktop flow

 share machines and machine groups

What do we offer?

• Full-Length Mock Test with unique questions in each test set
• Practice objective questions with section-wise scores
• In-depth and exhaustive explanation for every question
• Reliable exam reports evaluating strengths and weaknesses
• Latest Questions with an updated version
• Tips & Tricks to crack the test
• Unlimited access

What are our Practice Exams?

• Practice exams have been designed by professionals and domain experts that simulate real-time exam scenario.
• Practice exam questions have been created on the basis of content outlined in the official documentation.
• Each set in the practice exam contains unique questions built with the intent to provide real-time experience to the candidates as well as gain more confidence during exam preparation.
• Practice exams help to self-evaluate against the exam content and work towards building strength to clear the exam.
• You can also create your own practice exam based on your choice and preference 

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