Certified Robotics System Architect - CRSA 80V1 Practice Exam

The Certified Robotics System Architect (CRSA) - 80V1 from Pega is a certification focused on validating the skills necessary for designing, implementing, and managing robotic process automation (RPA) solutions within the Pega platform. It assesses a candidate’s ability to develop robotic systems that enhance business workflows by automating repetitive tasks, integrating with enterprise applications, and ensuring high efficiency and accuracy in process execution. This certification is apt for professionals using Pega’s RPA tools to drive operational automation and digital transformation within organizations.
Why is Certified Robotics System Architect - CRSA 80V1 important?

• Validates expertise in implementing robotic automation within the Pega ecosystem.
• Demonstrates proficiency in streamlining business processes through automation.
• Assesses capability in integrating RPA solutions with other enterprise systems.
• Confirms skills in structuring and automating workflows to improve productivity.
• Recognized by organizations seeking automation experts, increasing job opportunities.

Who should take the Certified Robotics System Architect - CRSA 80V1 Exam?

• Robotics System Architect
• RPA Developer
• Automation Engineer
• Process Improvement Analyst
• Digital Transformation Specialist

Skills Evaluated

Candidates taking the certification exam on the Certified Robotics System Architect - CRSA 80V1 is evaluated for the following skills:

• Create and configure RPA solutions.
• Automating repetitive business tasks to improve efficiency.
• Integrating Pega RPA with other enterprise applications.
• Identifying and resolving issues in robotic workflows.
• Best practices for ensuring optimal RPA performance.

Certified Robotics System Architect - CRSA 80V1 Certification Course Outline
The Certified Robotics System Architect - CRSA 80V1 Certification covers the following topics -

Module 1. Project Management - 5%

• Recognize importance of Solution Design Documents

• Recognize importance of Solution Architecture Documents

• Identifying solution structure based on project documentation

• Defining types of projects created for a robotic solution

• Recognizing proper naming conventions of solutions and projects

Module 2. System Integration - 8%

• Identify and configure Pega Robot Studio adapter types

• Recognize adapter properties and values of Windows adapters

• Recognize adapter properties and values for Web adapters

• Recognize adapter properties/values for Universal Web adapters

• Modify the properties of an object

Module 3. Interrogation - 13%

• Recognize elements created and used during interrogation

• Detect the difference between Web and Windows interrogation

• Interrogate Web applications - standard, Select Element methods

• Detecting  the need of Global web pages during interrogation

• Knowing why and when to use Select Element to interrogate

• Explain  the Create Control method of interrogating

• Change match rules for windows and web adapters

• Change Universal web adapter match rules

• Detect match rule best practices and common issues

• Recognizing working panes in the Adapter Match rules tab

• Adding and editing match rules for an interrogated control

Module 4. Debugging and Diagnostics - 20%

• Assess data values in an automation during debugging

• Change diagnostics settings

• Adding a diagnostic log component to an automation

• Analyze a log file

• Use the Automation playback feature

• Clear a log file

Module 5. Automations - 33%

• Explain relationship between Object Explorer and automations

• Implement the Object Explorer in automation development

• Create an automation

• Implement Message dialogs

• Recognize types of automation links

• Creating an automation procedure using Label/Jump To Components

• Application and setting of UseKeys property

• Implementing the RaiseEvent method within an automation

• Detecting uses and extraction of data proxies

• Creating a windows form for use in a project

• Explain Toolbox components: Variables, Excel file connector

• Recognize Decision Blocks, Comparisons, and Expressions

• Explain use of utilities for Strings, Dates, and Files

• Explain use of Wait logic

• Differentiate use and parameters for Automation looping

• Explain and implement of Assisted Sign-On

• Explain and implement Start My Day, Message Manifest

Module 6. Interaction Framework - 13%

• Describe and modify the interaction.xml file

• Configure and use the Interaction Manager component

• Describe and create a project-to-project reference

• Define the structure of context values

• Implement an activity component

Module 7. Deployment - 8%

• Create Project configuration files

• Use of Project deployment properties

• Create a deployment package