Lost in Translation: Why the Gap Between Your Business and Your Building Can Cost More Than You Think

Your Board approved the budget. Your contractor needs a brief. Between those two moments sits the most expensive gap in any capital project — the gap between the language of business and the language of buildings. Most organizations never see it coming. This article shows you what it looks like, and what it takes to close it.

Before construction begins, the real work is getting the brief right — aligning the business requirements with the project timeline before the first line is drawn.

Clearbrane LLC — Challenges when starting a capital project

In the past two weeks since their last conversation, Sophia had been doing a lot of running around. Jonathan had secured Board approval for a new 100,000 sq ft greenfield manufacturing facility in Ho Chi Minh City — and since then, Sophia had been trying to figure out how to actually begin. Peter, the design and build contractor who had helped Clearbrane refurbish their current facility in the US, connected her with a reputable real estate consultancy in Vietnam that regularly works with overseas clients. The consultancy offered to conduct a site feasibility study, program planning, and financial planning for the capital expenditure.

To kick things off, Sophia was given a template questionnaire. The questions covered company background, project objective, production process, functional zones and their respective area allocations, headroom requirements, floor loading, electrical capacity, water supply, and sewage treatment. She was told these were only the first layer — enough to commence the feasibility study — with more questions about detailed operational requirements to follow.

Sophia had stared at the template for two days before forwarding it to Jonathan with a single line: I'm not sure we're the right people to fill this in.

Jonathan called her in. "Walk me through it," he said. "Which parts can we actually answer?"

Sophia pulled up the template on her laptop. "Headcount: yes. Production throughput: yes. General footprint — we know we need something in the region of 100,000 square feet. Location preferences: broadly, yes. Timeline: yes."

"And the rest?" Jonathan asked.

"Structural loading — we'd need to know the weight of every machine we plan to install, plus the dynamic load when they're running. Clear heights — we haven't decided whether we're going vertical with racking or staying single-level. Dock levellers — that depends on our logistics model, which we haven't finalized. HVAC — I'd need to talk to our production engineer to see if he can calculate that." She paused. "And the electrical load per production bay — honestly, I wouldn't know where to begin."

"So we know roughly what we want to build, but we can't describe it to the people who would build it."

"That's exactly it," Sophia said. "We speak business. They speak what needs to get built. And there's nothing in between."

Sophia paused, then continued. "We need to dedicate some resources to working with all the teams involved and to coordinate all of this. I've spoken with John, VP of Production — he has a good overview of our workflows and is probably the most suitable person to lead the process. But he's completely stretched. He can spare about four hours a week on this, which may be just enough to draft the operational requirements for his own department — leaving no time for cross-team coordination."

Jonathan leaned back in his chair.

"Can we get a rough sense of what this is going to cost? The Board approved USD 3.8 million. I want to know where we stand before our next Board meeting."

Sophia had done her homework. She pulled up the latest benchmark from Rider Levett Bucknall — their December 2025 Singapore and Regional Report, which covered Ho Chi Minh City specifically.

"RLB benchmarks factory construction in Ho Chi Minh City at USD 320 to 460 per square metre as at the third quarter of 2025," she said. "But we won't be building in 2025. They're also forecasting tender price escalation of five to seven percent per year for this market. Applying the upper end through to 2027 — which is realistically when we'd be putting this out to tender — the range moves to approximately USD 34 to 49 per square foot."

Jonathan did the arithmetic before she finished the sentence.

At 100,000 square feet, USD 34 per square foot was USD 3.4 million. He exhaled.

USD 49 per square foot was USD 4.9 million.

He looked up slowly. "That's above what the Board approved."

"For construction alone," Sophia said. "Before professional fees. Before authority approvals. Before contingency." She let that land. "And before we've decided what kind of factory we're actually building."

"So what drives it to the high end?"

"Specifications. Structural loading for heavy equipment drives foundation and frame costs up significantly. HVAC complexity. Clean room conditions — even partial ones — can add thirty to forty percent to fit-out costs alone. The ratio of office to production floor. MEP capacity. Every one of those answers is a number on the cost model. Without them, the range stays exactly this wide — and we have no way of knowing whether three point eight million is enough, or whether we'll need to go back to the Board."

She closed her laptop. The brief template was still open in the background.

"So we can't get a real number until we know what we're building," Jonathan said.

"And we don't know what we're building," Sophia replied, "until we can answer questions we don't yet have the language to ask."

There was a long pause.

"Then," said Jonathan, "we need to find someone quickly who can help."

Cost reference: Rider Levett Bucknall, Singapore & Regional Report December 2025 (2H 2025), "Construction Prices in the Region — Ho Chi Minh City, Factory," Q3 2025: VND 8,390,000–12,050,000/m² (equivalent to USD 320–460/m² at 1 USD = 26,260 VND). Projected to 2027 by applying RLB's forecast tender price escalation of 7% per annum (upper bound of RLB's 5–7% Ho Chi Minh City forecast for 2026, applied for two years). Excludes land, professional fees, authority fees, finance costs, and fit-out/equipment. Source: rlb.com

The Gap

The irony was not lost on either of them. They had built a sophisticated operation. They knew their business with precision. But the knowledge they had — about their workflows, their capacity requirements, their operational adjacencies, their team interfaces — existed in a form that no architect or engineer could act on directly.

The brief template was not asking difficult questions. It was asking reasonable questions — standard questions that any competent design and build contractor would need answered before putting pen to paper. But they were reasonable questions in a language that Clearbrane's leadership team had never needed to learn.

Jonathan and Sophia's situation is not unusual. It is, in fact, the norm. The vast majority of organizations that commission capital projects arrive at the design stage without a well-discussed project brief that their design and build team can act on. The knowledge is there — it lives in the heads of the people who run the business. What is missing is the process to draw it out, structure it, and translate it into a form that the building industry can use.

Same Question — A Different POV Gives Different Clarity

Someone who understands both operations and buildings does not look at a project brief template and see a list of technical requirements. They see a set of operational questions in disguise — and they know how to ask them in a language the operations team can actually answer. Take floor loading. To a structural engineer, it is expressed in kilonewtons per square metre. To Sophia, it is an abstraction. But to someone fluent in both worlds, it is a different question entirely: what is the heaviest piece of equipment you plan to install, and does it move? Where does it sit in the production flow? Are there vibration-sensitive processes nearby that would require isolation? An operations team can answer those questions.

The same logic runs through every element of the brief. Clear height is not an architectural preference — it is a consequence of whether racking goes three tiers or five, whether a gantry crane is needed, and whether future expansion is vertical or horizontal. HVAC specification is not a facilities question — it is a function of which processes generate heat, which require temperature control, and whether any part of the production environment faces regulatory requirements for air quality. Electrical load per bay is not a numbers exercise — it is a map of the production line, machine by machine, shift by shift. A person who speaks both languages can sit with the production team and, through a structured conversation, convert what they already know about their own operations into answers the building team can use. Each question answered narrows the cost range — because every specification resolved is a variable removed from the estimate.

There Is a Solution

The gap between business language and building language is a process problem — and it has a structured solution. At Strategy to Built, we work with leadership teams before design begins: through a four-step process of prepare, listen, translate, and reconcile, we convert what your business already knows into a brief your design and build partners can act on. If your organization is approaching a significant capital investment, we invite you to reach out. The cost of getting the brief right is significantly less than the cost of an incomplete, undebated one — a gap that only becomes visible once project planning and construction are already underway.

Contact Strategy to Built today and let us help your leadership team move faster, decide smarter, and build better.