 Identify key risks with the technical architecture: Before moving to the next phase, it is important to identify and assess any risks associated with the technical architecture. This allows the team to develop mitigation strategies and ensure that the architecture supports the business requirements and can scale appropriately.

Decision tables in Pega are ideal for situations where you need to apply multiple conditions to arrive at a decision. They are best used when you have a limited number of conditions and actions that result in a discrete set of outcomes.

B. A dance studio recommending a membership type based on the number and type of dance classes is suitable for a decision table. The number and type of classes can be mapped to specific membership types in a table format where each row represents a possible scenario and outcome.

D. A hair care company suggesting a line of products based on various attributes such as hair type, scalp moisture, hair moisture, and whether it is color-treated is also suitable for a decision table. Each combination of attributes can correspond to a specific product recommendation, making a decision table an efficient way to handle these rules.

References:

Pega Decision Management Overview

Pega Academy: Decision Table Rules

When planning the next Minimum Lovable Product (MLP) release, a Pega Business Architect should focus on the three pillars of case design: Personas and Channels, Case Types, and Data and Interfaces.

Personas and Channels:

Personas: Identify the different user roles (personas) that will interact with the application. Understanding personas helps in designing user experiences that meet their needs.

Channels: Determine the channels (e.g., web, mobile) through which users will interact with the system. This ensures that the application is accessible and user-friendly across different platforms.

Case Types:

Case Types: Define the different types of cases that the application will manage. Case types are fundamental to structuring the application and ensuring that it can handle various processes and workflows efficiently.

Data and Interfaces:

Data: Identify the data required to support the case types and processes. This includes understanding data sources, data structures, and how data will be captured and used.

Interfaces: Determine the interfaces needed to integrate with external systems. Interfaces are crucial for ensuring that the application can interact with other systems and exchange information seamlessly.

References:

Pega Academy: Case Design

Pega Documentation: Minimum Lovable Product (MLP)

MLP sizing leads to more precise resource planning: Accurate sizing of the MLP helps in precise allocation and planning of resources, ensuring that the team can deliver the required functionality within the defined time frame.

Two statements about insights are true:

B. You can search for and select the fields that you want to include in an insight. This allows for customized data visualizations based on selected fields.

C. You can transform data queries into sharable visualizations, making it easy to share insights with others in the organization.

References:

Pega Academy: Insights and Data Visualization

Pega Documentation: Creating and Sharing Insights

 MLP sizing leads to more precise resource planning: Proper sizing of the MLP ensures that resource planning is accurate, allowing the team to allocate the necessary resources effectively to meet the delivery timelines.