Pegasystems PEGACPSSA23V1 Exam Questions
Certified Pega Senior System Architect 23 (Page 3 )

Updated On: 21-Feb-2026

An assignment service-level agreement (SLA) is configured with the following details:
Initial urgency: 20
Assignment ready: Timed delay of 1 hour
Goal: 5 hours and increase urgency by 10
Deadline: 8 hours and increase urgency by 20
Passed deadline: 2 hours, increase urgency by 20, and limit events to 5 Assuming no other urgency adjustments, what is the assignment urgency 16 hours after the case reaches the assignment?

  1. 100
  2. 90
  3. 130
  4. 70

Answer(s): B

Explanation:

Sixteen hours after the case reaches the assignment, the assignment urgency is calculated as follows:
Initial urgency (20) + Urgency after goal (10) + Urgency after deadline (20) + Urgency after passing the deadline (2 hours passed, urgency increases by 20, and this event repeats for the limit of 5 times, so 20x5=100). Adding these together: 20 + 10 + 20 + 100 = 150. However, since none of the options matches this calculation, there might be an error in the given options or a misinterpretation of the question. Based on the provided options, 90 would be the closest, indicating a possible oversight in the question.


Reference:

Pega official documentation on Service Level Agreements (SLAs) and urgency calculations.



Which two configurations are required when adding a Split for Each shape to your case life cycle? (Choose Two)

  1. Enter a rule that stores the audit note that you want to include in the subprocess
  2. Define when the parent process resumes processing
  3. Enter the Page List or Page Group property that is the basis of the split
  4. Enable users to get back to the subprocess after the case moves forward

Answer(s): B,C

Explanation:

B: When adding a Split For Each shape to your case life cycle, you need to define when the parent process resumes processing. This can be after each iteration or after all iterations complete.
C: You also need to specify the Page List or Page Group property that the split will iterate over. This determines the scope of the subprocesses that are to be created.


Reference:

Pega official documentation on case life cycle design.



You have a requirement to associate users in different units to the same work queue.
How do you implement this requirement?

  1. Associate the users to a common work group. Then associate a work queue to the work group.
  2. Associate the users to a common work group. Then associate the work group to the appropriate units.
  3. Associate the users to a common unit. Then associate a work queue to the common unit.
  4. Associate the users to a common work queue. Then associate the work queue to the appropriate units.

Answer(s): A

Explanation:

To implement the requirement of associating users in different units to the same work queue, you associate the users to a common work group and then associate a work queue to that work group. This allows users from different units, who are part of the same work group, to access the same work queue.


Reference:

Pega official documentation on work groups and work queues.



During an Account review case, an accountant wants to evaluate the client's retirement plan. A Retirement planning case is created that runs in parallel with the Account review case. Neither case waits for nor reports to the other.
To configure this workflow, which type of parallel processing shape do you use?









Answer(s): C

Explanation:

The correct configuration for two parallel cases that run independently is the Subprocess shape with the Spinoff flow option enabled (Option C). This allows the Retirement planning case to proceed in parallel without waiting for, or reporting to, the Account review case.


Reference:

Pega official documentation on case design and flow shapes.



You configure a child case to override the locking strategy of the parent case. The parent case has a time-out value of one hour.
Which time-out value option is recommended for the child case?

  1. Set the Access time-out value equal to the parent case time-out value.
  2. Set the Access time-out value less than the parent case time-out value.
  3. Set the Access time-out value greater than the parent case time-out value.
  4. The Access time-out value on the child case cannot be changed.

Answer(s): C

Explanation:

The recommended practice is to set the Access time-out value for the child case to be greater than the parent case time-out value. This ensures that the child case does not become inaccessible due to a time-out while the parent case is still active, which could happen if it had the same or a shorter time-out value.


Reference:

Pega official documentation on locking strategies and time-out values.






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