Five Common Questions We Ask Our Customers (And That You Should Be Asking Yourself)
Before a single drawing gets produced or a contractor sets foot on your facility floor, the most valuable work we do is ask questions.
Good questions surface constraints, clarify expectations, and reveal the details that determine whether a project succeeds or struggles. In our experience working with manufacturing clients across a range of capital projects, the facilities that are best prepared for construction are the ones whose teams have already thought carefully about the answers.
These are five of the questions we ask early in almost every engagement. They are not complicated. But they are the questions that shape everything else.
1. What Does "Done" Actually Look Like for You?
This sounds straightforward. It rarely is.
Most project owners have a general outcome in mind: new equipment installed, a system upgraded, a process line reconfigured. But “done” means different things depending on who you ask. For operations, it might mean hitting production targets by a specific date. For maintenance, it might mean having a system that is easy to service. For safety, it might mean passing inspection and clearing a compliance requirement.
When these definitions are not aligned before work begins, scope drift follows.
We ask this question early because it forces the conversation. It separates the stated goal from the real goal, and it gives the entire project team a shared reference point for every decision that comes after.
Ask yourself: Have you written down what a successful project outcome looks like, and has everyone with a stake in this project agreed on it?
2. What Cannot Stop, No Matter What?
Manufacturing facilities are not construction sites. Production lines, safety systems, utilities, and equipment that feed adjacent operations all carry constraints that a project plan must work around.
Understanding what cannot be interrupted or modified, and for how long, is foundational to project planning. It determines shutdown windows, sequencing, phasing, and in some cases, whether a particular design approach is viable at all.
We ask this question because the answer is not always obvious from a drawing or a site walk. It lives in the heads of your operators, maintenance supervisors, and plant managers. Getting it documented early prevents the costly discovery of constraints mid-construction.
Ask yourself: Have you identified every operational dependency that could affect project sequencing, and has that information been shared with your engineering and construction team?
3. Who Has the Authority to Make Decisions in the Field?
Capital projects move fast once construction begins. Questions come up daily. Conditions in the field do not always match what was shown on drawings. Contractors need answers quickly, and waiting for approval causes delays that have a real cost.
A clear decision-making structure matters. We ask this question to understand who can approve a field change, who needs to be consulted on scope modifications, and what the escalation path looks like when something significant comes up.
Without this structure, decisions get made informally, approvals happen after the fact, and the project record becomes difficult to manage. That creates problems during closeout and sometimes after startup.
Ask yourself: Is there a defined process for field decisions, and does your contractor know who to contact and at what threshold an issue needs to escalate?
4. What Has Gone Wrong on Projects Like This Before?
Every manufacturing facility has a history. Past projects leave lessons, and those lessons are some of the most useful inputs we can get before starting design.
We ask about previous experiences not to assign blame or revisit old frustrations, but to understand what the facility has taught its team. Was there a contractor coordination issue? A utility conflict that delayed commissioning? A design detail that seemed sound but did not hold up in the real environment?
This context shapes how we approach planning, where we build in extra verification steps, and what risks we monitor closely throughout execution.
Ask yourself: Have you documented the lessons learned from past capital projects, and is that knowledge being applied to how this one is being scoped and planned?
5. What Is Your Realistic Budget, Including Contingency?
Budget conversations can be uncomfortable. Some clients prefer to keep that number close until they have a better sense of scope. We understand the reasoning, but withholding it tends to work against the project.
When we know the realistic budget including contingency, we can design to it. We can flag early if the stated scope is not achievable within the available funding, and we can offer alternatives before time and resources are spent on a direction that will not hold. A misaligned budget discovered late in design or early in construction creates far more disruption than the same discovery made at the start.
We also ask specifically about contingency because it is rarely sized correctly. Industry standard guidance for manufacturing capital projects typically puts contingency in the range of ten to twenty percent depending on project complexity and definition. Facilities that do not carry adequate contingency often end up making difficult tradeoffs under pressure.
Ask yourself: Is your stated budget realistic for the scope you have described, and have you set aside contingency that reflects the actual risk profile of this project?
The Questions Are the Work
It might seem like planning is what happens before the real work begins. In practice, planning is where projects are won or lost.
The questions above are not a checklist to get through. They are a framework for building shared understanding between your internal team, your engineering partner, and your construction team. When everyone is working from the same set of answers, execution becomes more predictable, decisions happen faster, and the risk of costly surprises goes down.
At T&M Design, we engage with manufacturing clients the same way we would want to be engaged: directly, practically, and with a clear focus on protecting your operations, your budget, and your timeline.
If you are in the early stages of a capital project and want to pressure-test your planning, start by working through these questions with your team. You may find the conversation surfaces more than you expected.
That’s Engineering With Impact.
