The Pega Certified Senior System Architect (PCSSA) 87V1 exam validates your ability to design, build, and optimize enterprise applications on the Pegasystems platform. This credential is intended for experienced developers and architects who demonstrate mastery across the full application lifecycle. This page provides a clear roadmap of exam topics, question formats, and practical preparation strategies to help you study efficiently and perform confidently on test day.
Use this topic map to guide your study for Pegasystems PEGAPCSSA87V1 (Pega Certified Senior System Architect (PCSSA) 87V1) within the Certified Senior System Architect path.
The PEGAPCSSA87V1 exam uses a mix of question types designed to assess both conceptual knowledge and practical decision-making in real-world scenarios.
Questions increase in complexity as you progress, reflecting the depth of knowledge expected of a Senior System Architect. Success requires both theoretical understanding and hands-on familiarity with Pegasystems tools.
Effective preparation balances structured study of each domain with practical application and full-length practice tests. Allocate time proportionally to your weaker areas while reinforcing strengths through scenario-based review.
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Application Development and Case Management typically account for a larger share of questions because they form the foundation of any Pega project. However, all eight domains are tested, and weak performance in any single area can lower your overall score. Balance your study time based on your current experience level and identify your weakest topics early.
In practice, these domains work together seamlessly. For example, you design case workflows (Case Management) within an application structure (Application Development), integrate external data (Data and Integration), present information through user interfaces (User Experience), monitor performance (Performance), enforce access rules (Security), create dashboards (Reporting), and extend to mobile devices (Mobility). Understanding these connections helps you make holistic architectural decisions rather than treating each domain in isolation.
Pegasystems recommends at least two to three years of development experience with the Pega platform before attempting the Senior System Architect certification. Hands-on experience building case management applications, configuring integrations, and troubleshooting performance issues is invaluable. If you lack depth in specific areas, prioritize labs and sandbox work on those topics before your exam date.
Many candidates rush through scenario-based questions without fully analyzing the business context, leading to suboptimal architectural choices. Others confuse similar concepts (such as different integration patterns or security mechanisms) due to insufficient review of explanations. Additionally, underestimating the importance of Performance and Security topics, because they feel less familiar, often results in lower scores in those domains. Careful reading and thorough explanation review prevent these errors.
Review your practice test analytics to identify topics where you scored below 80%. Spend time on high-difficulty scenario questions and ensure you understand the reasoning behind each answer choice. Take one final full-length timed mock exam to validate your pacing and confidence. Avoid cramming new material; instead, focus on reinforcing weak areas and building mental clarity around core concepts.
You have a requirement to associate users in different units to the same work queue.
How do you implement this requirement?
Your application is deployed to the cloud. A data source outside your application populates a data page by using your data access pattern configuration. You receive complaints that the system takes a long time to fetch data each time the case worker accesses information for a different customer.
Which approach solves this performance issue?
When designing reports with multiple data sources, in which two ways is an association rule different from a class join? (Choose two.)
A travel reservation servicing case includes a service level for responding to requests. The service level intervals vary according to passenger status, class of service, and fare type.
Which implementation satisfies this requirement?