PEGACPSA88V1 Pegasystems Certified Pega System Architect 8.8 Exam

About Pegasystems
Pega is the leader in cloud software for customer engagement and operational excellence. The world’s most recognized and successful brands rely on Pega’s AI-powered software to optimize every customer interaction on any channel while ensuring their brand promises are kept. Pega’s low-code application development platform allows enterprises to quickly build and evolve apps to meet their customer and employee needs and drive digital transformation on a global scale. For more than 35 years, Pega has enabled higher customer satisfaction, lower costs, and increased customer lifetime value.

Exam Code: PEGACPSA88V1
Certification Exam Certified Pega System Architect
Q&A : 60 Questions
Time : 1 hr 30 mins
Passing Score: 65%
Languages: English
Retirement date: N/A
Prerequisites System Architect

The Certified Pega System Architect version 8.8 certification is for developers and technical staff members who want to learn how to develop Pega applications. This certification is the first level in the System Architect certification path and provides a baseline measurement on your knowledge of Pega applications.

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Exam topics (% of exam)

Case Management (33%)
Design a case lifecycle, stages, set case statuses, add instructions to tasks
Add a service level agreement; configure urgency, goals, deadlines, passed deadlines
Route assignments to users and work queues
Configure approval processes: cascading approvals, reporting structure, authority matrix
Configure and send email correspondence
Identify duplicate cases
Identify and add optional actions
Automate workflow decisions using conditions
Pause and resume case processing; wait steps
Skip a stage or process
Configure child cases
Understand when to use automation shapes
Automate decisions using decision tables and decision trees
Create and manage teams of users

Data and Integration (23%)
Configure data types, create data objects, data relationships, and field types
Identify and create calculated values
Validate data; create and configure data validation rules by using business logic
Manipulate application data, set default property values, configure data transforms
Access sourced data in a case; refresh strategies; populate user interface controls
Save data to a system of record
Simulate and add external data sources
Capture and present data: fields and views
View data in memory: clipboard tool, pyWorkPage
Configure field values
Create and set application settings

Security (5%)
Manage user and role assignments
Configure security policies

DevOps (5%)
Record a unit test
Create and execute scenario-based test cases
Identify best practices for configuring unit tests

User Experience (12%)
Customize user interface elements: dashboards, portal content
Configure action sets
Customize form appearance, visibility settings, controls
Add and remove fields
Group fields in views
Display list data in views; configure repeating dynamic layouts
Localize application content
Enable accessibility features in an application

Application Development (12%)
Manage application development: user stories, feedback, bugs
Use the Estimator tool to scope a Pega Platform project
Create and maintain rules, rulesets, classes, inheritance
Debug application errors

Reporting (5%)
Create business reports
Identify types of reports
Use columns and filters
Describe the benefits of using Insights
Mobility (5%)
Configure mobile app channels
Use of Pega Mobile Preview
Retirement date: N/A
Prerequisites
System Architect

QUESTION 1
You notice that the scope of your project exceeds the original estimates, and the Minimum Lovable
Product (MLP) might not be delivered on time. Which team member do you contact to verify the
project plan and manage expectations for the release schedule?
Available Choices (select all choices that are correct)

A. Project delivery leader
B. Lead business architect
C. Citizen developer
D. Deployment architect

Answer: A

The project delivery leader is responsible for managing the project plan, scope, budget, and timeline,
as well as communicating with stakeholders and resolving issues. The project delivery leader should
be contacted to verify the project plan and manage expectations for the release schedule when the
scope of the project exceeds the original estimates. Reference:

QUESTION 2
During testing you notice that the Send case status email step does not send an email Which work
Item do you create in Agile Workbench to address this issue?

A. Bug
B. Scenario test
C. Feedback
D. User story

Answer: A

A bug is a work item that describes an error or defect in the application that prevents it from
functioning as expected. A bug should be created in Agile Workbench to address the issue of the
Send case status email step not sending an email. Reference:

QUESTION 3
What do you configure in the Context section of a data transform rule that you create in Pega Platform?
Choices (select all choices that are correct)

A. The application layer, class, and ruleset version that the rule applies to
B. The rule types that you previously marked as relevant records
C. The case types, user portals, and personas that use the rule
D. The application name rule type label, and rule identifier

Answer: A
The context section of a data transform rule defines the scope and applicability of the rule. It
specifies the application layer, such as framework or implementation, the class that the rule applies
to, and the ruleset version that contains the rule. Reference:

QUESTION 4
Which two statements about the Constellation design system are true? (Choose two.)
Available Choices (select all choices that are correct)

A. Constellation design system components are not available in the Traditional Ul architecture
B. Constellation design system is a section-based architecture
C. Constellation design system improves context switching or multitasking.
D. Constellation design system uses a modular design

Answer: C, D

The Constellation design system is a set of UI/UX templates, patterns, and components that enable
faster and easier development of Pega applications. It improves context switching or multitasking by
allowing users to work on multiple tasks in parallel using dynamic containers and tabs. It also uses a
modular design that enables reuse and customization of UI elements across applications. Reference:

QUESTION 5
An order fulfillment case type allows a customer to update user profile information during the order
placement stage The user profile consists of the following three pages
Account ID and password
Customer contact information
A list of open orders with the status of each order
How do you configure the case type to allow customers to update any of the user profile pages individually?
Available Choices (select all choices that are correct1
A. Add an alternate stage to the case life cycle.