Amin Terouhid, Ph.D., CVS

 

Executive Takeaway: A Value Engineering (VE) study’s success depends primarily on team composition. A weak, unqualified, or biased team produces generic, short-sighted cost-cutting ideas rather than effective, practical VE alternatives or design suggestions that enhance value. Therefore, project owners are advised to assemble an independent, qualified, multidisciplinary team that balances technical expertise, operational insight, and objective facilitation.

 

Overview

Value Engineering (VE) emphasizes function analysis, a process that requires viewing a project through multiple technical lenses simultaneously. When qualified specialists from diverse disciplines collaborate, they challenge design assumptions, assess cross-disciplinary interface conflicts, and uncover high-value alternatives that a weak, unqualified, or biased team may overlook. Interdisciplinary expertise combines specialized knowledge across design, construction, operations, and cost management to evaluate systems. The team’s objective independence brings an unbiased perspective that can help challenge underlying assumptions without unnecessarily defending previous design elements.

SAVE International emphasizes that the Value Methodology requires a multidisciplinary team led by a Certified Value Specialist (CVS) to ensure the study remains focused on function rather than arbitrary budget reduction.

Aligning Team Roles with Study Objectives

The table below defines the essential roles required for a typical VE study, and generally describes each member’s core purpose and their expected contribution toward optimizing value:

Role	Core Purpose	Value Contribution
Independent VE Facilitator	Guides the VE Job Plan and maintains methodological discipline.	Prevents bias, enforces neutral language, encourages effective collaboration and idea sharing, and keeps focus on function analysis.
Subject Matter Experts or Specialists	Evaluate the core technical, engineering, and operational baselines to ensure all project requirements are thoroughly vetted and bring discipline-specific knowledge to challenge assumptions and identify underlying constraints or functional gaps.	Specialists uncover high-value design alternatives, design suggestions, and cross-disciplinary interface issues that generalists often overlook. By validating technical feasibility and constructability, they prevent costly design flaws while maximizing long-term project performance.
Cost & Scheduling Experts	Provides real-time market pricing, feedback on the reasonableness of estimates and schedules provide and constructability feedback.	Validates cost and duration estimates and models the life-cycle cost impact of ideas.
Operations & Maintenance Representatives	Represents long-term user, facility, and life-cycle interests.	Prevents short-term capital savings that increase long-term operating expense.
Owner / User Stakeholders	Defines project requirements and non-negotiable constraints.	Clarifies essential performance criteria and makes real-time scope decisions.

 

To maximize synergy, the following key team criteria are typically recommended:

• Subject-Matter Authority: Specialists must possess peer-level technical expertise to ensure their recommendations are technically reasonable, practical, and carry weight.
• Constructive Mindset: Members must focus on creative problem-solving rather than defending legacy designs or criticizing the original team.
• Operational Familiarity: Including end-users ensures that alternatives account for realistic daily maintenance and service life needs.

Overcoming Common Composition Pitfalls

According to the Federal Highway Administration (FHWA), independent team members who are not involved in the day-to-day design bring fresh perspectives that are critical during the Investigation and Creative phases. The following summary highlights key pitfalls to avoid when structuring a VE team which outlines common mistakes that undermine study objectivity:

• Excluding facility managers and operational staff may result in upfront design decisions that lower initial construction costs but significantly inflate long-term maintenance, energy, and renewal expenses.
• Staffing the study primarily with the original project designers creates an inherent conflict of interest, as members reflexively defend baseline choices rather than objectively evaluating alternative solutions.
• Employing an untrained or ineffective leader allows the VE study to lose methodological focus, devolving from a structured, function-oriented analysis into an unguided, unproductive brainstorming session.
• Purposefully excluding dedicated cost estimators leaves the team unable to accurately model financial trade-offs, which may result in unrealistic savings estimates and impractical budget recommendations.

Recommended Approach

To ensure VE teams deliver high-value outcomes, project owners are advised to:

1. Involve qualified, Interdisciplinary expertise: Involve interdisciplinary expertise to combine specialized knowledge across design, construction, operations, and cost management and enable the VE team to evaluate VE alternatives and design suggestions that enhance the value.
2. Mandate Team Independence: Source core technical reviewers from outside the active project design firm.
3. Require Certified Leadership: Engage a qualified, certified VE facilitator to lead the Job Plan execution.
4. Include Operations Early: Mandate the participation of facility management and operational staff.
5. Size the Team Appropriately: Maintain a core team of 5 to 8 focused specialists to ensure productive dialogue.
6. Pair Design with Costing: Ensure every technical discipline on the team is backed by real-time cost-estimating capability.

 

A balanced, multidisciplinary team transforms Value Engineering from a crude cost-cutting exercise into a strategic value-creation process. That interdisciplinary synergy protects required functions, validates project constraints, and secures superior long-term life-cycle performance.