Pega CPDC study plan
Pega CPDC · Give each week a clear focus.
8 weeks · About 7 hours per week
Customer Decision Hub and Decisioning Overview & Decisioning Data and Strategy Components
Define Next-Best-Action, decisioning, and the difference between predictive and adaptive decisioning in your own words
Map how Customer Decision Hub components (data layer, strategies, arbitration, adaptive models, simulation) connect end to end
Sketch the Decisioning lifecycle from customer interaction through action presentation
List the core data objects (customer, interaction history, propositions, action) and what each stores
Your checkpoint
A one-page hand-drawn architecture diagram of the CDH decisioning flow with each component labeled and a short definition beside it
Decisioning Data and Strategy Components
Describe how customer data is ingested and mapped into decisioning data sets
Explain the role of propositions and actions and how eligibility is determined
Identify strategy components (strategies, decision tables, decision trees, when rules) and when to use each
Trace a single decision through a strategy to see where each component fires
Your checkpoint
A written walkthrough (400+ words) of one strategy, naming each component and its purpose in the flow
Decisioning Data and Strategy Components & Next-Best-Action Designer
Build a simple strategy that filters a candidate action set using eligibility conditions
Explain how Next-Best-Action Designer organizes engagement policies, action groups, and treatments
Distinguish applicability, suitability, and prioritization rules and where each is configured
Configure a basic action group with at least two actions and a treatment
Your checkpoint
A configuration journal documenting a practice action group and strategy with screenshots or detailed notes of each property set
Next-Best-Action Designer
Design engagement policies that apply business constraints (contact limits, suppression) to decisions
Order and weight actions in an action group and explain how priority affects selection
Explain how NBA Designer output feeds arbitration
Review a configuration and identify common misconfigurations in eligibility and suitability
Your checkpoint
A completed practice NBA Designer configuration with a written rationale for each policy and priority choice
Arbitration, Adaptive Models, and Simulation Testing
Explain arbitration as the process that selects among eligible, suitable actions
Describe how adaptive models learn from outcomes and how propensities are produced
List the inputs and outputs of an adaptive model and how feedback is captured
Distinguish adaptive model behavior from predictive model behavior
Your checkpoint
A comparison table of arbitration, adaptive models, and predictive models with columns for inputs, learning, and outputs
Arbitration, Adaptive Models, and Simulation Testing
Describe how simulation testing evaluates strategy changes before deployment
Explain the purpose of historical data in simulation and the limits of that approach
Interpret simulation results to decide whether a change is safe to promote
Identify risks of overfitting or biased feedback loops in adaptive learning
Your checkpoint
A simulation test plan for one proposed strategy change, including hypothesis, data window, success metric, and rollback criteria
Customer Decision Hub and Decisioning Overview & Decisioning Data and Strategy Components & Next-Best-Action Designer & Arbitration, Adaptive Models, and Simulation Testing
Answer practice questions across all four domains and log every miss with a reason
Re-read notes on the two weakest domains and rewrite the key concepts from memory
Explain out loud the full decision path from data to arbitration without notes
Resolve any remaining terminology gaps by writing definitions for unclear terms
Your checkpoint
A weakness log with each missed question mapped to a domain, a root-cause note, and a corrective action
Customer Decision Hub and Decisioning Overview & Decisioning Data and Strategy Components & Next-Best-Action Designer & Arbitration, Adaptive Models, and Simulation Testing
Complete a full timed mock exam and score it by domain
Review every incorrect answer and confirm the correct reasoning
Revisit the weakness log from week 7 and verify each item is closed
Summarize the exam's core decisioning narrative in a short outline for final recall
Your checkpoint
A scored mock exam report with domain-level percentages and a closed-out weakness log
Milestones
Week 2: Can explain the end-to-end decisioning flow and the role of each strategy component without notes
Week 4: Can configure an NBA Designer action group with policies and justify each choice in writing
Week 6: Can describe arbitration, adaptive model learning, and simulation testing with correct terminology
Week 8: Mock exam score at or above 80% overall with no single domain below 70%