The PEGACPSA23V1 exam validates your ability to design, build, and deploy enterprise applications using Pegasystems technology. This certification is intended for system architects and senior developers who have hands-on experience with the Pega platform and understand how to apply best practices across the full application lifecycle. This page provides a roadmap of exam topics, question formats, and practical preparation strategies to help you succeed on the Pega Certified System Architect credential.
Use this topic map to guide your study for Pegasystems PEGACPSA23V1 (Certified Pega System Architect 23) within the Pega Certified System Architect path.
The PEGACPSA23V1 exam uses multiple question types to assess both conceptual knowledge and practical decision-making in real-world scenarios.
Questions progress in difficulty and emphasize practical application over memorization, reflecting the skills needed in production environments.
An effective study plan breaks the syllabus into manageable weekly blocks, pairs concept review with hands-on practice, and includes timed mock assessments to build confidence and pacing. Allocate study time proportionally to topic complexity and your existing knowledge gaps.
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PEGACPSA23V1 evaluates your ability to architect and implement enterprise applications on the Pega platform at a professional level. The exam tests both conceptual knowledge and practical problem-solving across all major platform domains, ensuring you can make sound design decisions and configure systems that meet business requirements in production environments.
In practice, these domains overlap significantly. For example, a case management workflow (Case Management) may trigger integrations (Data and Integration), require security rules (Security), display results through mobile interfaces (Mobility and User Experience), and log activity for reporting (Reporting). DevOps ensures the application moves smoothly through environments, and Application Development provides the underlying rules and logic. Understanding these connections helps you design cohesive solutions rather than isolated components.
Most candidates benefit from 6-12 months of direct experience building and configuring Pega applications. Hands-on labs covering Application Development, Case Management, and Data and Integration are especially valuable. If your background is limited, prioritize practical exercises in the Pega Academy and use the practice test to identify topics where you need deeper study or lab work.
Frequent errors include confusing similar features (e.g., different authentication methods), overlooking security implications in design scenarios, misunderstanding how data flows across integrations, and selecting solutions that work in isolation but fail in production. Careful reading of scenario questions, awareness of trade-offs between approaches, and review of explanations in practice tests help you avoid these pitfalls.
Spend the first 3-4 days reviewing your weakest topics using focused practice questions and concept summaries. Use the remaining days for two full-length timed practice tests, spacing them 1-2 days apart to allow reflection. After each test, review every question you missed and any you guessed on correctly, then do a final light review of high-risk topics the night before the exam. Avoid cramming new material in the last 24 hours; instead, build confidence through targeted review.
Which use case describes the function of the Estimator tool?
The Estimator tool is primarily used for project management and planning in Pega, particularly for determining the scope and scale of development efforts:
D . A stakeholder needs to know how much time and effort is needed to build MLP2. This use case describes the fundamental function of the Estimator tool, which is to provide stakeholders with detailed estimates of time, effort, and resources required to build a specified part of an application, such as MLP2.
In a Credit Card Payment case type, you want to set the payment amount to the minimum amount due when a user creates a case. How do you set the payment amount?
In a Credit Card Payment case type, configuring the pySetFieldDefaults data transform to set the default value of the payment amount to the minimum amount due is the most straightforward approach. This data transform is used to initialize default values for properties when a case is created. It ensures that whenever a new case is started, the payment amount field is automatically populated with the minimum amount due, simplifying the user's task and reducing the likelihood of errors.
You are developing a case type that processes scholarship applications. Scholarship applications advance based on the standardized test scores of the applicants. A decision shape directs the process flow. You want to test whether the process flows correctly, but you have not fully configured the user interface so that applicants can enter their standardized test scores.
How do you test that the process flows correctly based on the decision?
To test the decision-based flow in a case type when the user interface for entering standardized test scores is not yet configured:
D . Use the Clipboard tool to set a value for the standardized test score field. The Clipboard tool allows you to manually manipulate the values of properties directly within the case context, facilitating the testing of process flows based on decision points without needing a fully configured UI.
A customer views a product available in multiple color options. The customer must select only one color for each product. Which Ul control allows a developer to present the user with all color choices at once, without prompting or clicking, while ensuring that the user can only select one of the color options?
For a scenario where a customer is viewing a product available in multiple color options and must select only one color for each product, radio buttons are the ideal UI control. Radio buttons allow all options to be presented to the user simultaneously, without the need for any additional action to view the choices. Importantly, they enforce a single selection, ensuring the user can only choose one of the available color options.
A . Radio buttons: This control type is specifically designed for cases where a single choice must be made out of multiple options presented. It is user-friendly and visually communicates that only one option can be selected, making it perfect for selecting a product color.
The other options, such as Text input (B), Drop-down (C), and Check box (D), do not fulfill the requirements as effectively. Text input doesn't provide predefined choices, a drop-down requires an additional click to view options, and check boxes allow multiple selections, which does not match the requirement of selecting only one option.
A company often receives multiple IT tickets for the same issue, such as ''the office Wi-Fi is down.You configure Search duplicate cases step to identify duplicate IT tickets. What is the basic condition for the Search duplicate cases step?
When configuring the 'Search duplicate cases' step in a Pega application, especially for IT ticketing systems, the primary aim is to identify multiple tickets raised for the same underlying issue. The most straightforward and effective criterion for identifying duplicates in this context is the issue type, such as 'the office Wi-Fi is down.'
B . Issue type is same: This option targets the core reason behind the creation of a ticket. Since multiple individuals can report the same issue from various departments or locations, filtering by the issue type ensures that all reports concerning a single problem (e.g., Wi-Fi outage) are identified as duplicates. This approach helps in consolidating the efforts to address and resolve the issue efficiently, avoiding redundant work.
Filtering by the name of the submitter, department, or office location (Options A, C, and D) might miss duplicates reported by different users or from different areas, making 'Issue type is same' the most logical and effective criterion for identifying duplicates in IT ticketing scenarios.
