Getting More From Every Dollar: A Practical Guide to Value Engineering

Every construction project has a budget. The challenge is making every dollar work harder without compromising the quality, performance, or longevity of the finished building.

That’s where value engineering comes in. When approached strategically, making informed decisions improves efficiency while protecting the integrity of the project. The earlier those conversations happen, the more opportunities there are to reduce costs without making sacrifices.

For nearly 60 years, Brechbill & Helman has helped owners, architects, and design teams identify smart substitutions and alternates that keep projects on track while maintaining the high standards clients expect. Here’s how value engineering works and why it’s one of the most valuable tools in successful project planning.

What Value Engineering Really Means for Your Project

Value engineering in construction is an engineering methodology that evaluates every major system in a building—structure, envelope, mechanical, electrical—through a function-to-cost ratio. The central formula is straightforward: value equals function divided by cost. The goal is not to find cheaper alternatives for their own sake but to maximize function at every price point, ensuring the owner gets the most durable, code-compliant, high-performing building possible for the dollars invested.

The History of Value Engineering

The concept has deeper roots than most people realize. Lawrence Miles developed value engineering during World War II material shortages while working at General Electric Co. Faced with scarce raw materials, Miles discovered that analyzing functions—rather than fixating on specific products—often revealed alternative solutions that performed equally well or better. The term value analysis was initially used before becoming value engineering as the discipline expanded. Value engineering was formalized as a systematic process in 1947, and it has since been adopted across the construction industry worldwide.

Value engineering considers multiple dimensions of worth: use value is determined by a product’s attributes, cost value reflects the expenses associated with producing a good, esteem value relates to brand recognition and consumer perception, and exchange value is about a product’s ability to be traded. A proper value engineering team weighs all four.

This matters because cost-cutting—stripping materials or systems to hit a number—ignores performance, life cycle costs, and safety. Indiscriminate cost reduction can shorten service life and inflate maintenance costs for years. At Brechbill & Helman, the philosophy is people over profits and doing it right the first time. Value engineering supports those values by making deliberate, data-driven choices rather than reactive budget slashing.

Where Value Engineering Fits in the Project Lifecycle

Value engineering is most effective when applied during the planning and design stages of a construction project. Implementing value engineering early reduces costs significantly because major systems—structural framing, building envelope, and mechanical strategies—are still flexible enough to adjust without triggering expensive redesign. Changes made late in construction can increase costs and cause project delays, which is why value engineering should ideally occur before final design completion.

During early planning and schematic design, the project team, including Brechbill & Helman’s pre-construction team, architects, and engineers, reviews big-ticket systems to find smart alternates. On a 14–18-month schedule for a new medical office building, these conversations typically begin in the first 60–90 days. Structural systems, envelope assemblies, and major MEP equipment are all on the table before drawings are finalized.

During the detailed design phase, cost estimates sharpen, and the engineering team refines earlier decisions, evaluating alternates for finishes, insulation, lighting, and mechanical equipment with increasing precision.

Value engineering can also be applied during project execution. During the construction phase, field teams may propose substitutions such as alternate roofing assemblies, lighting packages, or HVAC equipment when pricing escalates or lead times shift. Each proposal is carefully reviewed against performance, warranty, code compliance, and schedule to avoid scope gaps.

Late implementation of value engineering can increase costs and delays, which is exactly why Brechbill & Helman emphasizes early collaboration. Lessons learned from each project feed back into estimating and engineering processes, improving decision-making on future projects.

A Step-by-Step Look at the Value Engineering Process

The value engineering process follows a structured engineering process rooted in SAVE International’s function-based methodology. The process involves six key phases: information gathering, function analysis, creative options, evaluation, development, and implementation. The value engineering process aims to maximize function while minimizing costs at each stage.

Information Gathering

The team collects drawings, specifications, early cost estimates, code requirements, energy goals, and owner priorities. For a church project, this means clarifying worship-space acoustics and seating; for a distribution center, floor loading and roof membrane life.

Function Analysis

Systems are broken into primary and secondary functions. A roof’s basic functions include keeping water out and supporting snow loads. Finishes in a healthcare space must meet durability and cleaning demands. This functional analysis reveals where money is spent relative to what each component actually does.

Creative Options

Value engineering promotes innovative solutions through brainstorming. The design team, key subcontractors, and suppliers generate alternative ways to deliver the same function at lower cost: different insulation types, alternate structural framing, and reconfigured construction methods.

Evaluation & Cost Analysis

Each option is tested against unit costs, schedule impact, constructability, energy efficiency, and long-term maintenance. Promising alternatives advance; those that increase risk or shorten service life are set aside.

Developing Plans and Implementation

Accepted items are documented in clear proposals with updated drawings so there is no ambiguity. During the implementation phase, rejected alternates are also recorded, capturing why decisions were made, which strengthens project management and informs future projects.

Collaboration among diverse experts enhances the value engineering process, and the success of value engineering depends on cross-functional teams working toward shared project outcomes.

Evaluating Substitutions and Alternates Without Sacrificing Quality

The heart of value engineering is how the project team judges whether a proposed substitution truly maintains product value. Value engineering can save on project costs, but only when alternates are evaluated rigorously and not accepted on price alone.

Brechbill & Helman uses practical criteria, including structural integrity and load performance, warranty length and terms, manufacturer reputation and proven field performance, compatibility with adjacent systems, ease of installation and labor costs, and long-term serviceability.

How Brechbill & Helman Uses Value Engineering as a Long-Term Partnership Tool

Successful value engineering is measured by how much value remains when the project is complete. The right substitutions preserve performance, protect long-term operating costs, and help projects stay on schedule without compromising quality.

That’s the approach Brechbill & Helman brings to every project. By involving the right people early, evaluating every option carefully, and keeping long-term performance at the center of every recommendation, the team helps owners make confident decisions before construction begins.

If you’re planning a commercial, industrial, healthcare, educational, or institutional project, Brechbill & Helman can help you identify opportunities to maximize value while delivering the quality your project deserves. Contact us today.