PC-BA-FBA-20 Exam Dumps - BCS Foundation Certificate in Business Analysis V4.0

One of the key principles of business analysis is to present stakeholders with options rather than prescribing a single solution. This approach ensures that stakeholders can make informed decisions based on their priorities and constraints.

Key Principles of Business Analysis:

Present Options Not Solutions: Business analysts should provide multiple viable options, allowing stakeholders to choose the best course of action.

Understand Symptoms: While understanding symptoms is important, it is part of problem analysis, not a key principle.

Focus on Requirements Definition Only: Business analysis encompasses more than just defining requirements; it includes understanding problems, analyzing options, and ensuring value delivery.

Integrate IT Changes: While integrating IT changes is valuable, it is not a universal principle of business analysis.

Evaluation of Each Option:

A. Present options not solutions:This is a fundamental principle of business analysis, emphasizing stakeholder choice.Conclusion: This is correct .

B. Understand the symptoms of the problem being defined:Understanding symptoms is part of problem analysis but not a standalone principle.Conclusion: This is not correct .

C. Focus on requirements definition only:Business analysis involves more than just requirements definition.Conclusion: This is not correct .

D. Integrate IT changes together with project requirements to improve efficiency:While integration is valuable, it is not a universal principle of business analysis.Conclusion: This is not correct .

The Use Case Diagram is a conceptual model that shows the interaction between users (actors) and the required features (use cases) of the system. In an Agile context, use cases provide a high-level view of the system's intended functionality, which can be directly mapped to Epics and subsequently decomposed into lower-level User Stories. The use case diagram helps the team understand the scope and the user's interaction paths, making it an excellent visual tool for managing and breaking down the product backlog (of user stories) into manageable chunks. The other options are too technical (A, D) or focus only on object state (B).

(Reference: BCS Requirements Engineering / BCS Agile – Use Case Modelling and Product Backlog Management)

In an iterative or Agile lifecycle, requirements are not defined entirely upfront but are explored and refined just-in-time, immediately prior to implementation. The stage where the detailed solution requirements (functional and non-functional) are elaborated, modeled, and defined—ready for construction—is the Develop solution stage (often referred to as the Implementation or Construction phase of an iteration/sprint). The detailed work of defining, modelling, and validating the specific requirements happens as a preparatory step for the actual build, distinguishing it from the preceding planning phase (C) or the upstream strategic work (A, B).

(Reference: BCS Requirements Engineering – Lifecycle Models, Iterative Development)

Critical Success Factors (CSFs) are the few areas in which an organisation must achieve consistently high performance to meet its mission and strategic goals. To monitor whether a CSF is being achieved, a BA defines quantitative measures of performance, which are known as Key Performance Indicators (KPIs). KPIs are the specific, measurable metrics used to track and assess the success of an activity or the progress towards an objective. For example, if a CSF is "Excellent Customer Service," a corresponding KPI might be "Average Call Waiting Time (less than 60 seconds)"—a clear, quantitative measure. While the Balanced Business Scorecard (D) is a framework that uses CSFs and KPIs, the specific quantitative measures themselves are the KPIs. Objectives (B) are the desired outcomes, not the measure of the outcome.

(Reference: BCS Foundation Certificate in Business Analysis / BCS Business Analysis Practice – Strategic Context, CSFs and KPIs)

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The technique described is a Mind map. A Mind Map is a non-linear, visual tool used for structuring information and generating ideas around a central concept. It is characterized by having a central image or topic from which topic-related branches and sub-branches radiate. The structure helps the business analyst (or a group in a workshop) to organize complex, unstructured thoughts, visualize associations, and explore an area holistically. This technique is often used in the initial stages of investigation, such as problem analysis or requirements elicitation, to help gain a broad understanding of the scope and related issues. This is distinct from a Process map (which shows the flow of activities), an Entity relationship diagram (which models data structures), or the Business analysis process model (which models the BA's work steps).

(Reference: BCS Foundation Certificate in Business Analysis / BCS Business Analysis Practice – Investigative Techniques, Mind Maps)

In a UML Use Case Diagram, the entities that interact with the system being modeled (the System Boundary) are called Actors. An Actor represents a role played by a user, piece of hardware, or another system. External systems that exchange information with the system being defined are always represented as an actor outside the system boundary, just like human users. This clearly separates the responsibilities of the system under study from all entities and systems that lie outside its scope.

(Reference: BCS Requirements Engineering – Use Case Modelling)

The BCS Business Change Lifecycle (which governs the entire change process from initial alignment to final benefit verification) typically comprises five key stages: Alignment, Definition, Design, Implementation, and Realisation. Realisation is the final, crucial stage where the actual benefits and expected business outcomes from the implemented solution are reviewed, measured, and confirmed against the original Business Case. Options A, B, and C are important activities or concepts that occur within the lifecycle but are not one of the five named stages of the complete end-to-end lifecycle model.

(Reference: BCS Business Analysis Practice – Business Change Lifecycle)

Gap analysis is a structured process used to identify the differences between the current state (as-is) and the desired future state (to-be). The first step in this process involves understanding the current situation.

Key Steps in Gap Analysis:

Assemble representations of the existing situation: This involves documenting the current state, including processes, systems, and capabilities.

Compare representations of the existing and target situations: After understanding the current state, it is compared with the desired future state to identify gaps.

Identify gaps to be addressed: Once gaps are identified, they are prioritized based on their impact and feasibility.

Consider possible actions to address the gaps: Finally, potential solutions or actions are developed to bridge the identified gaps.

Evaluation of Each Option:

A. Assemble representations of existing situation:Understanding the current state is the foundational step in gap analysis. Without this, there is no baseline for comparison.Conclusion: This is correct .

B. Consider possible actions to address the gaps:This is a later step in the process, not the first.Conclusion: This is not correct .

C. Compare representations of the existing and target situations:Comparison occurs after the current state has been documented.Conclusion: This is not correct .

D. Identify gaps to be addressed:Identifying gaps follows the documentation and comparison steps.Conclusion: This is not correct .

Final Recommendation:

The first step in the gap analysis process is:

A. Assemble representations of existing situation.