Value engineering
Value engineering is a structured pass through a priced design that closes the gap between estimate and budget — substituting materials, simplifying details, and re-sequencing work without giving up what the design is for. Grandview, a licensed Utah B100 general contractor, runs these studies for over-budget residential and commercial projects across Utah County and Salt Lake County.
When value engineering is the right tool
Value engineering has one precondition: a design that has already been priced. The classic client is an owner whose drawings came back well over the number they planned around and who wants to keep the project, not shelve it.
If you’re at a different point, a sibling service fits better. No drawings and no number yet? Start with conceptual estimating. If the price is fine but the drawings have conflicts — a beam landing on nothing, a missing chase — that’s a constructability review. And if the number works but the cash flow or timeline doesn’t, scheduling and phasing plans solve that without touching the design. Value engineering is specifically the discipline of trading cost out of a design you intend to keep.
It also earns its keep before bid day: alternates run while documents are still in design get drawn once instead of redlined into a signed set, which is why value engineering often runs alongside our broader preconstruction estimating work.
What a value-engineering study actually examines
The method is function-first: each costly element gets asked what job it’s doing and what else does that job for less. The answers land in an alternates log — every option priced side by side against the original and marked accepted, rejected, or pending. The plans may change. The standard does not.
Structure usually holds the biggest single trades. On the Wasatch Front’s expansive clays and collapsible bench soils — hazards the Utah Geological Survey maps across the region — the choice between over-excavation with structural fill and a deeper or stiffer foundation system is a five-figure decision on many lots, and the cheaper answer comes from the geotechnical report, not habit. Framing has similar levers: reworking a long clear span, or swapping a steel moment frame for a braced wall line where the layout allows.
The envelope is next. Cladding substitutions — fiber cement in place of full-bed stone veneer, or stone as an accent band instead of a field — commonly recover more money than any interior finish decision. Window packages get priced in tiers against the performance each elevation needs; ENERGY STAR window criteria give an objective floor so a downgrade never becomes a drafty one. Utah’s high-elevation UV belongs in this math too: a finish that weathers fast here isn’t a saving, it’s a deferral.
Then interiors and routing: finish allowances realigned to where you’ll notice them, wet walls stacked so plumbing runs shorten, mechanical routing simplified before it hardens into the documents. Finally, sequencing — some scope doesn’t need cutting, just deferring to a later phase, a decision that belongs in the log with a price on it.
Where we won’t cut
A value-engineering study is only as good as its refusals. Exterior concrete stays air-entrained — the Wasatch Front sees on the order of 100-plus freeze-thaw days a year, and a standard mix spalls its “savings” back out within a few winters. Seismic anchorage and connection detailing stay as engineered; the Wasatch fault is not a place to shop. Waterproofing, drainage, and grading survive every round, because summer monsoon cloudbursts find the site that skimped. Egress and other life-safety items under current Utah-adopted code aren’t alternates at all.
And when a substitution trades first cost for operating cost, we say so in the log — a cheaper mechanical unit that costs more every month for fifteen years is a loan, not a discount.
What does value engineering cost, and what does it save?
The study fee scales with the document set and the trades in play: a focused residential pass often runs a few hundred dollars; a multi-round study on commercial or multifamily work can reach the low thousands. Those are ballpark planning numbers, not a quote — the fee goes in writing before we start. What moves it up: incomplete drawings that force assumptions, structural alternates needing an engineer’s confirmation, and repeated re-pricing rounds as the design team revises.
Savings depend entirely on where the money went, so we won’t promise a percentage. Most over-budget projects that reach us close the bulk of the gap through substitutions and phasing rather than by shrinking the building — and if the gap genuinely can’t close, the study proves that too, before you spend bid-round money finding out. When it does close, the log feeds directly into bid packaging and buyout, so the trades price the alternates you accepted, not the drawings you rejected.
Questions we actually get
Isn’t value engineering just making everything cheaper?
No — that’s cost cutting, and it’s easy. Value engineering holds function constant and lowers the cost of delivering it: a different foundation strategy for the same soil, a different cladding for the same elevation. Anything that trades away safety, durability, or the point of the design gets rejected in writing.
Does my architect or engineer need to be involved?
For anything structural or code-related, yes. We generate and price the alternates; your designer confirms design intent, and structural substitutions go back through the engineer of record before they’re accepted. That round-trip is built into the process — a substitution nobody re-engineered isn’t a saving, it’s a future change order.
What do you need from me to start a value-engineering study?
Three things: the current drawings, the number that’s over budget — an estimate or a set of bids — and a short list of what you refuse to lose. A geotechnical report helps if structure is in play. Drawings but no real number yet? We build the estimate first; you can’t engineer value against a guess.
How much can value engineering realistically save on a Utah project?
It varies too much to promise a percentage honestly. Projects heavy in structure, cladding, and finish allowances have the most recoverable cost; tight, code-driven scopes have the least. The study itself tells you within a couple of pricing rounds whether the gap closes, and the fee is a small fraction of one round of redrawn bid documents.
Over budget? Bring us the number
Send the drawings and the estimate that stung. We reply within a couple of hours during business hours — a day at most — with a straight read on where the money likely went and whether it can come back. More engagement models live on our planning and project management page.