CVS Practice Questions

The correct phases are Function Analysis Phase and Creativity Phase . When participation time must be limited, the VM facilitator should protect the phases where multidisciplinary team contribution has the highest effect on value improvement. The Function Analysis Phase is central because the team defines project functions in active verb / measurable noun form and analyzes which functions need improvement, elimination, or creation to meet study goals. SAVE’s Value Methodology Standard identifies this phase as the point where the team defines and analyzes functions, making it essential for shared understanding and correct problem framing. ( )

The Creativity Phase is also critical because the team uses creative techniques to identify alternative ways to perform the required functions. Diverse participation here improves idea quantity, prevents narrow technical thinking, and helps avoid premature commitment to existing solutions. The Implementation Phase occurs after proposal approval and is not normally the best place to require full participation from time-limited team members. The Presentation Phase communicates developed recommendations, but full participation by every limited-time team member is less essential than their contribution during function definition and idea generation.

References/topics: VM Facilitation; Team Participation Planning; Function Analysis Phase; Creativity Phase; Multidisciplinary Team Dynamics.

The correct answers are

A.  

B.  

When time is limited, the facilitator should guide the team toward proposals with the highest value contribution, not simply the easiest or cheapest ideas. A proposal with the greatest benefit is most aligned with VM’s purpose: improving value by achieving required functions more effectively. Risk is also essential because decision makers must understand whether the recommendation is practical, credible, and acceptable for implementation.

Option C may be attractive, but ease of implementation alone does not prove high value. Option D is incorrect because low cost impact may produce limited value improvement and may not justify presentation priority. The Presentation Phase seeks concurrence and commitment from decision makers to proceed with implementation of recommendations. ( UW Courses )

References/topics: Presentation Phase; Development Phase; VM Proposal Selection; Risk and Uncertainty; Performance Benefit Analysis.

The correct answers are A and B . The issue in the scenario is not lack of a deadline; it is lack of shared understanding of how individual responsibilities support the VM Job Plan. SAVE describes Value Methodology as a multidisciplinary team process used to improve project value through function analysis, and the VM Standard requires the Value Study Team to include experienced professionals and project stakeholders selected for their expertise and project experience. Therefore, pairing project and VM team members for deeper role discussion is appropriate because it builds cross-functional understanding, clarifies responsibilities, and improves team integration.

Option B is also correct because the facilitator should actively guide discussion so team members understand how their tasks contribute to the structured Job Plan. SAVE’s Study Guide states that the Job Plan supports team synergy within a structured process rather than a collection of individual opinions, and each phase provides information and understanding needed for the next phase. SAVE’s glossary also defines a facilitator as a substantively neutral person who enables the group to improve problem solving, decision making, and effectiveness while leading the group through the VM Job Plan.

Option C is weaker because a low-interaction lecture does not address uncertainty effectively. Option D manages schedule compliance, not understanding or alignment.

References/topics: VM Facilitation; Team Dynamics; VM Job Plan; Multidisciplinary Team; Facilitator Role.

The correct answers are B and D . An effective evaluation framework in Value Methodology must be structured, objective, and aligned with the subject’s purpose. The SAVE Value Methodology Standard describes the Evaluation Phase as the point where the team follows a structured process to select ideas with value-improvement potential while delivering required functions and considering performance requirements and resource limits. ( )

Therefore, the facilitator and team must first define clear objectives and success criteria that align with the study subject’s goals. Evaluation cannot be based on preference alone; criteria should connect to function, performance, cost, schedule, risk, quality, user needs, and implementation feasibility. Involving stakeholders is also appropriate because stakeholders help confirm whether the evaluation criteria reflect actual project, customer, owner, or user priorities. Their participation improves acceptance of selected ideas and reduces resistance during later development and implementation.

Option A is incorrect because the Creativity Phase is intended for generating ideas, not judging them. Introducing evaluation too early suppresses divergent thinking. Option C is incorrect because a “gut feel index” is informal and subjective, while VM requires disciplined, traceable evaluation methods.

References/topics: Evaluation Phase; Evaluation Criteria; Stakeholder Engagement; VM Job Plan; Structured Idea Screening.

The correct answers are A, C, and E . A VM Facilitator creates a collaborative client relationship by first diagnosing client needs and then tailoring the VM Job Plan to produce the intended outcomes. Value Methodology is not a rigid checklist; it is a systematic, function-oriented team process led by a qualified facilitator to improve value. ( Value Engineering ) Therefore, the facilitator must understand the client’s objectives, constraints, decision environment, and expected deliverables before structuring the study.

Analyzing organizational involvement is also essential because successful VM depends on the correct sponsor, decision-makers, technical experts, users, and stakeholders being involved at the right level. The SAVE certification study material identifies Pre-Workshop responsibilities such as identifying team members, obtaining commitment, and preparing the study structure. ( )

Clarifying mutual involvement completes the collaborative relationship by defining how the facilitator, client, sponsor, team, and management will participate. This builds shared ownership and prevents misunderstanding. Option B is too narrow because structure alone does not create collaboration. Option D is incorrect because “dictating” tasks and responsibilities is directive, not collaborative.

References/topics: VM Facilitation; Client Relationship; Preparation Phase; Team Dynamics; VM Job Plan Planning.

The correct answers are A, C, D, and E . Pareto’s law of distribution, often expressed as the 80/20 principle , is used in Value Methodology to focus team attention on the “vital few” items that create the greatest effect. In a VM study, this principle helps the team avoid spreading effort equally across all issues and instead concentrate on the limited number of elements that drive most of the project impact.

It can be applied to time , because a small number of activities often consume most of the schedule or create major delay exposure. It can be applied to quality , because a limited group of defects, failures, or performance gaps may account for most quality problems. It can be applied to risk , because a small number of risk events often carry the largest probability-impact burden. It is also highly applicable to costs , because VM studies commonly use cost models and cost distribution to identify high-cost elements for function analysis and value improvement.

Standards are not normally treated as Pareto-distributed variables; they are requirements or constraints. Performance is important in VM, but Pareto application is more directly tied to measurable distributions such as cost, time, quality problems, and risk exposure.

References/topics: Information Phase; Pareto Analysis; Cost Modeling; Risk Identification; Quality Drivers; Schedule Drivers.