Collaborative approaches to project planning can lead to a 15 to 18 percent improvement in cost and schedule performance compared to traditional delivery methods, according to research from McKinsey.
Value engineering construction teams rely on is one of the clearest examples of this kind of collaborative planning in action. Rather than simply cutting corners to save money, value engineering is a structured process for finding the smartest way to deliver a building’s required function, often at a lower cost, a shorter timeline, or both.
Here is how the process actually works and why it matters for owners planning a commercial project.
What Is Value Engineering in Construction?
Value engineering is a systematic process, applied by a multidisciplinary team, that identifies the function of a building system or component, establishes what that function is actually worth, and then generates alternative ways to deliver it reliably at the best overall cost. That definition comes from SAVE International, the professional society that developed and maintains the value methodology standard used across the construction, manufacturing, and government sectors.
The key word in that definition is function, not cost. Value engineering construction teams practice is not the same thing as simply picking cheaper materials. It asks a different question: what does this part of the building actually need to do, and is there a better way to achieve that same result? Sometimes the answer is a lower cost alternative. Sometimes it is a design change that improves performance or shortens the schedule without changing the cost much at all.
How Is Value Engineering Different From Just Cutting Costs?
This distinction matters more than it might seem. Cost cutting asks how to make something cheaper. Value engineering asks what the best way is to achieve a required function, then evaluates cost as one factor among several, including performance, reliability, and life cycle cost. A cost cutting decision might swap in a lower grade finish and call it done. A value engineering decision might instead ask whether a wall assembly needs to be built the way it was originally specified at all, or whether a simpler assembly achieves the same fire rating, sound control, and durability at less cost and with less labor.
This is why value engineering construction studies are led by a qualified facilitator working with a multidisciplinary team, often including the architect, structural engineer, mechanical engineer, and contractor together, rather than one person unilaterally deciding to swap materials.
What Are the Steps in a Value Engineering Study?
A formal value engineering study generally follows a defined sequence, sometimes called the job plan:
- Information phase. The team gathers all relevant project data, including design intent, budget, specifications, and constraints.
- Function analysis phase. This is considered the heart of the process. The team identifies and classifies the function of each major system, separating basic functions the building must perform from secondary functions that are simply nice to have.
- Creativity phase. The team brainstorms alternative ways to achieve each required function, without immediately judging whether an idea is realistic.
- Evaluation phase. Ideas from the creativity phase are assessed for feasibility, cost impact, and schedule impact, and the most promising options move forward.
- Development phase. Selected alternatives are developed in enough technical detail to support a clear cost and performance comparison against the original design.
- Presentation phase. Recommendations are presented to the project owner and design team for a decision.
This structured approach is why value engineering studies tend to produce recommendations that hold up under scrutiny, rather than quick substitutions that create problems later in construction.
When Should Value Engineering Happen in a Project?
As early as possible. Value engineering delivers the most benefit when it happens during design, before construction documents are finalized, since changes are far cheaper to make on paper than after materials have been ordered or work has started.
The Federal Highway Administration, which has run one of the longest standing formal value engineering programs in the country for federally funded transportation projects, requires studies on qualifying projects specifically at the concept and preliminary design stages, for exactly this reason. The same principle applies just as much to commercial buildings as it does to public infrastructure.
That said, value engineering can still add value later in a project if a specific cost or schedule problem emerges, though the range of realistic alternatives narrows considerably once construction is underway.
What Tools Do Value Engineering Teams Use to Analyze Function?
One of the most common tools used during the function analysis phase is a FAST diagram, short for Function Analysis System Technique. This is a graphical way of mapping out how the functions of a building or system relate to each other, showing which functions are basic, meaning essential to the project, and which are secondary, meaning supportive but not strictly required.
Building this kind of diagram forces a team to separate what a system absolutely must do from what it happens to do simply because of how it was originally specified, which is often where the best value engineering opportunities are found.
Cost models and life cycle cost analysis also play a major role, since a cheaper upfront option that costs significantly more to operate or maintain over the life of the building is rarely a genuine improvement in value. A properly run value engineering construction study weighs first cost against ongoing operating and maintenance cost before recommending any change.
What Are Some Real Examples of Value Engineering in Commercial Construction?
A few examples illustrate how this process plays out in practice:
- A structural system originally specified with a more complex framing approach might be redesigned using a simpler, more standardized structural grid that achieves the same load requirements with less engineering time and material waste.
- A mechanical system with redundant components added out of habit rather than necessity might be simplified once the team confirms the building’s actual usage patterns do not require that level of redundancy.
- An exterior finish system specified for aesthetic reasons alone might be reevaluated against a lower maintenance alternative that achieves a similar look at a lower long term cost.
- A site layout requiring extensive grading and retaining wall construction might be revised to work with the site’s natural grade instead, reducing both cost and schedule.
None of these examples involve reducing quality or safety. Each one involves asking whether the original approach was the best way to achieve the building’s actual required function, which is the entire premise of the value methodology.
Is Value Engineering Required by Law for Any Projects?
For certain publicly funded projects, yes. Federally funded transportation projects on the National Highway System above specific cost thresholds are required to undergo a formal value engineering analysis under federal regulation, and many state agencies apply similar requirements to their own large capital projects.
While most private commercial construction is not legally required to include a formal value engineering study, the same underlying discipline, evaluating function and cost together before finalizing a design, produces real benefits regardless of whether it is legally mandated.
What Types of Commercial Projects Benefit Most From Value Engineering?
Larger, more complex projects tend to see the biggest returns simply because there are more systems and more opportunities to compare alternatives, but value engineering construction principles apply across nearly every commercial building type.
An office building with a complex mechanical system might find real savings in how ductwork is routed. A retail building planning multiple locations might standardize a structural approach across sites to reduce engineering time and material waste.
A healthcare facility, where code required systems and infection control requirements limit how much can be changed, might still find meaningful value engineering opportunities in finish selections, room layout efficiency, or mechanical system configuration, as long as any change is confirmed against the applicable health facility guidelines before it moves forward.
Who Should Be Involved in a Value Engineering Study?
A meaningful value engineering construction study needs input from more than just the contractor. The architect understands the design intent and why certain decisions were made in the first place. The structural, mechanical, and electrical engineers understand the technical constraints and can quickly assess whether a proposed alternative is actually feasible.
The contractor brings real world knowledge of what is currently available in the market, what current material costs and lead times look like, and how buildable a proposed alternative actually is in the field. The project owner needs to be involved as well, since final decisions about acceptable trade offs between cost, schedule, and long term performance ultimately belong to whoever will own and operate the building.
Leaving any one of these perspectives out of the process increases the risk that a recommended change looks good on paper but creates problems once it reaches the field, whether that is a structural engineer who was not consulted on a framing change or an owner who was not told about a finish substitution until after it was already installed.
Does Value Engineering Compromise Quality?
Done correctly, no. This is the most common misconception about the process, and it usually comes from confusing value engineering with simple cost cutting. A properly run value engineering study evaluates function and performance alongside cost, which means an alternative that reduces durability, safety, or code compliance should be rejected during the evaluation phase rather than implemented.
The whole premise of the value methodology is that a cheaper solution which fails to reliably deliver the required function is not actually good value at all. This is also why value engineering studies are documented and reviewed by the project owner before any change is implemented, rather than decided unilaterally by one party trying to protect margin.
How Do You Know if a Value Engineering Study Is Worth It for Your Project?
Value engineering tends to make the most sense on projects with enough scope and complexity to generate real alternatives worth comparing.
A small tenant improvement project may not need a formal, multi day study, but a ground up commercial building, a municipalities project, or a large multi family development almost always benefits from at least an informal version of this process during design.
The key question to ask a contractor or design team is not whether they can save money, but whether they have a structured process for evaluating function, cost, and performance together before recommending a change.
Getting Started With Value Engineering
Value engineering construction professionals rely on is not about cutting corners. It is a disciplined way of asking whether a building is achieving its required function in the smartest possible way, and it works best when it happens early, involves the right people, and evaluates alternatives against performance as carefully as it evaluates them against cost.
If you are planning a commercial project and want a team that builds this kind of thinking into preconstruction from the start, reach out to Canyon BD to talk through your project.
