Over the past several months, I’ve spoken with several modular factory owners, managers, and developers considering vertical integration into manufacturing.

In almost every conversation, I hear some version of the same statement:

“I’m buried.”

“There just aren’t enough hours in the day.”

“Things are completely crazy right now.”

Anyone who has spent time in manufacturing understands that pressure comes with the territory. Modular factories are complicated operations. Production schedules shift. Vendors miss deliveries. Service issues arise. Engineering changes happen. Customers want answers immediately.

Busy is normal.

But after more than 40 years around manufacturing operations, I’ve learned there’s an important difference between productive pressure and organizational dysfunction.

Oftentimes, the problem is not the workload.

Sometimes the problem is the organizational chart.

THE ORG CHART REVEALS MORE THAN MOST PEOPLE THINK

Most people look at an organizational chart as little more than boxes, titles, and reporting lines.

Experienced operators tend to see something very different.

A good organizational chart reveals:
• delegation,
• accountability,
• communication flow,
• leadership depth,
• and operational maturity.

More importantly, it reveals whether the organization is built to function through managers — or whether everything still depends on ownership.

That distinction matters.

Especially in modular manufacturing, where operational complexity compounds quickly.

Factories rarely struggle because of one major issue. More often, they struggle because too many decisions, too many problems, and too much responsibility are handled by too few people.

Eventually, the organization becomes dependent on the owner or GM for nearly everything.

That is where exhaustion begins.  “Too busy” is a reality.

WHEN OWNERSHIP WEARS TOO MANY HATS

One of the most common situations I encounter is an owner or GM simultaneously acting as:
• sales manager,
• production manager,
• problem solver,
• customer relations department,
• and operational traffic controller.

In startup operations, some overlap is unavoidable. Financial realities often require people to wear multiple hats early on.

But many companies never evolve beyond startup structure.

That is where trouble begins.

At a minimum, even smaller operations need clear accountability around:
• production,
• purchasing,
• sales,
• and financial management.

As companies grow, engineering management, service management, and quality assurance quickly become essential leadership roles.

Without those layers, nearly every operational issue eventually flows upward to ownership.

And over time, employees unintentionally become conditioned to stop solving problems independently.

The response becomes:

“Ask the boss.”  (And the boss really is “too busy”.)

“ASK THE BOSS” IS USUALLY A WARNING SIGN

I’ve walked through factories where ownership could barely move through the facility without being interrupted every few minutes.

Questions about production scheduling.

Questions about purchasing approvals.

Questions about service issues.

Questions that should have already been solved lower in the organization.

At first glance, some people interpret that constant interruption as leadership or dedication.

I often see it differently.

I see an organization lacking sufficient delegation and management depth.

Healthy manufacturing organizations are not built around one exhausted person making every important decision. They are built around trusted managers who understand and have agreed to their responsibilities and have the authority to act on them.

That is what a healthy organizational chart actually reflects.

Not titles.

Trust.

WHEN SALES AND PRODUCTION REPORT TO THE SAME PERSON

This is another issue that quietly creates problems inside many modular operations.

Sales and production naturally operate with different priorities.

Sales focuses on:
• customers,
• commitments,
• customization,
• and backlog growth.

Production focuses on:
• scheduling discipline,
• labor efficiency,
• consistency,
• throughput,
• and execution.

That tension is healthy when responsibilities are clearly separated.

But when one individual controls both sales and production, accountability lines quickly blur.

Production delays become harder to evaluate objectively. Scheduling problems become easier to rationalize. Operational discipline begins to erode quietly within the organization.

And eventually, the factory starts reacting instead of operating.

That disconnect may not show up immediately on financial statements.

But it almost always shows up eventually on the production floor.

THE TRUE TEST OF ORGANIZATIONAL HEALTH

I’ve always believed the real test of a company’s organizational health is simple:

What happens when the boss leaves the building or takes time off?

Can the company continue operating effectively when ownership is traveling?

Can managers solve problems without constant approval or looking over their shoulder?

Can production continue moving without daily intervention from the owner or GM?

Or does decision-making slow down until the boss returns?

Developers considering modular manufacturing often focus heavily on equipment, production capacity, automation, and backlog.

Experienced operators often study the organizational structure first.

Because machinery alone rarely determines whether a factory succeeds.

People, delegation, accountability, and leadership depth do.

And when those things are missing, owners eventually find themselves saying the same thing over and over again:

“There just aren’t enough hours in the day.”

But sometimes the problem is not time.

Sometimes the problem is structure.

So here’s the real question:

If you stepped away from your operation for a week, would the company continue to function effectively — or would everything begin to bottleneck around your absence?

At Offsite Innovators, we continue exploring the operational realities, risks, and opportunities shaping the offsite construction industry. We welcome conversations with factory owners, developers, and industry leaders navigating growth, operational challenges, and the evolving realities of offsite manufacturing.

Bill Murray

Contact Bill

Bill Murray has over 40 years of operational management experience in the Modular industry.  Bill began his Offsite career as a contractor/builder.  He then entered the manufacturing side, quickly advancing through the sales ranks to become a General Manager/COO of multi-plant operations.  Bill provides professional advisory service to owners, prospective owners and builder developers considering Offsite construction.  He has consulted throughout the U.S., and Mexico, as well as overseas assignments.

If you’re evaluating offsite construction—whether LGS, wood, or hybrid—and want a clear, experience-based perspective before making a commitment, reach out. A short conversation upfront can prevent costly assumptions later.

photo- Eco-Panels

In my previous article, I introduced what I refer to as the scope gap—the difference between what the modular factory delivers and what must still be completed on site to obtain a Certificate of Occupancy.

That gap is not theoretical.

I’ve seen it play out on real projects over the years in many different ways, but this recent example is a simple one to understand—and one that illustrates the issue clearly.

A Small Detail That Wasn’t So Small

I was working with a developer who was putting together a proposal for a 180-unit single-family modular project.

As part of his budgeting, he had included the cost of the factory, transportation, and set crew. On the surface, the developer thought all was covered.

But there was one assumption built into the proposal that turned out to be incorrect.

He assumed that the set crew’s scope of work included completing the roofing.  The proposed set crew contract said “buttoned up” and he didn’t ask what that actually meant.

That phrase sounds clear enough—but in practice, it can mean different things depending on how the scope is defined.

In this case, the manufacturer was providing 24-inch roof overhangs that were shipped as “flipped” assemblies. The set crew would flip those overhangs into place and install a waterproofing membrane.

Technically, the structure would be “buttoned up.”

But it would not be fully finished.

The installation of the final two rows of shingles on those overhangs was not included in the set crew’s scope.

That responsibility fell to the builder.

The cost to complete that work was approximately $160 per home.

Not a large number on its own.

But across 180 homes, that added up to $28,800 in additional site cost that had not been included in the original proposal.

What This Example Reveals

Nothing about this situation was unusual. I’ve seen similar examples dozens of times over the years.

The factory performed as expected.
The set crew performed as contracted.

The issue was simply this:

The scope was not defined with enough precision.  The manufacturer’s building system was neither explained nor understood. 

A single phrase—“buttoned up”—was interpreted differently by different parties.

And that difference created a gap.  A potentially costly gap.

Not in construction.

But in understanding.

Why These Gaps Matter

In traditional construction, gaps like this sometimes get worked out over time.

In modular construction, they don’t.

The factory is moving.
The schedule is compressed.
Decisions happen earlier.

If the scope is not clearly defined up front, the impact shows up later—when changes are more difficult and more expensive to address.

What looks like a small oversight early in the process can become a meaningful cost item when multiplied across an entire project.

A Practical Takeaway

Developers considering modular construction should approach scope definition with one simple mindset:

Assume nothing. Define everything.

Especially when it comes to:

• what the factory is delivering
• what the set crew is responsible for
• what work remains on site
• who is responsible for completing that work

Phrases like “buttoned up,” “substantially complete,” or “ready for finish” may sound clear—but they often leave room for interpretation.

And in modular construction, interpretation is where problems begin.

Over more than four decades in the modular industry, I’ve seen how early decisions—particularly around scope, coordination, and factory selection—can shape the outcome of an entire project. For developers and builders considering modular construction, bringing experienced perspective into the planning process can help avoid costly missteps and lead to better results.

If you are serious about continuous improvement, reach out to us via email.  We’ll schedule a brief phone call to explore the possibilities.  Contact Gary at: [email protected], contact Bill at:[email protected]. We’ll respond promptly and schedule a brief call.

Developers and builders exploring modular construction often begin with a straightforward question:

“What will the factory deliver?  What will be my cost?”

These are reasonable questions, but hardly capture all that needs to be learned.

The ultimate list of questions must answer and include this:

“What will still need to be done on site to obtain a Certificate of Occupancy?”

After more than forty years working in the modular industry—from sales through plant management and operations—I’ve seen projects succeed, and I’ve seen projects struggle.

Factories must share in the responsibility to properly educate to answer these questions.  Some do; some don’t.  Some answer them appropriately, providing critical information to allow the developer to compile a complete and accurate pro forma.  Many others present a feeble attempt, which results in costs unaccounted for or not captured in the pro-forma.

Without doubt, the real problems begin when the scope of work outside the factory is not fully understood.  Common industry parlance states that “the product is delivered 80%, or 90% complete”.  What exactly does that mean?  The answers to that often represent tens or hundreds of thousands of dollars in uncaptured costs.

The Misunderstanding

Modular construction is often viewed—especially by those new to it—as a process where a large portion of the building is delivered complete, set in place, and quickly turned into a finished product.

And to be fair, that’s part of the value.  But it’s not the whole story.

A modular factory delivers a substantial portion of the structure. It can provide consistency, speed, and quality that are difficult to match in traditional site-built construction.

But the factory does not deliver a finished building ready for occupancy.

That final step—securing a Certificate of Occupancy—happens on the site.

And that’s where many developers underestimate the scope.

The Scope Gap

The issue I’ve seen most frequently is what I would call a “scope gap.”

Developers typically define the factory contract in detail—what is being built, how it is being built, and when it will be delivered.

But the work required on the site is often not defined with the same level of precision.

That gap will and does show up early.  Much shows up later—when the project is nearing completion.  This gap invariably leads to budgeted cost overruns and/or bad blood between the manufacturer and the builder/developer.

Questions begin to surface:

Who is responsible for the set crew?
Who is handling the final roofing?
Who is completing the fire-rated assemblies between modules?
Who is responsible for drywall finish at the marriage walls?

At that point, these are not simply planning questions. They are cost questions, and often, schedule problems.

Why This Matters

In modular construction, the factory operates on a controlled production schedule. Once production begins, modules move through the plant in a steady flow — or should!

The site, however, is far less controlled.

If the scope of site work is not clearly defined—if responsibilities are unclear, or if sequencing is not aligned with the factory schedule—the project begins to fall out of sync.

That misalignment is where problems begin.

Not because the modular concept doesn’t work, but because the full scope of the project wasn’t clearly understood from the start.  Offsite construction is a system of processes and systems; they must be understood.

What Developers Should Be Asking

Developers considering modular construction should spend as much time defining the site scope required to achieve a Certificate of Occupancy as they do evaluating the factory.

Some of the most important early questions are:

• What exactly is the factory delivering—and just as importantly, what is it not delivering?
• What work must be completed on site before the building can be occupied?
• Who is responsible for each component of that work?
• Has that scope been clearly defined, scheduled, and budgeted?

These questions may not be as visible during a factory tour or not captured in the invoice.

But they are often far more important to the project’s success.

Understanding the Entire System

Modular construction can be an extremely effective solution when the entire process is understood and managed properly.

Factories can deliver speed, consistency, and efficiency. But they are only one part of the system.

Again I will state—-The project is not complete when the modules leave the factory.

It is complete when the building is finished, inspected, and approved for occupancy.

Developers who understand that distinction early will have a much greater possibility of a successful modular project.

Those who don’t, often learn it later—when changes are more difficult and more expensive.

Closing Thought

In the coming articles, I’ll give specific takeaways from experience-based lessons learned.  Developers can evaluate modular manufacturers and prepare accurate, meaningful pro-formas in order to determine not only IF a particular manufacturer deserves their business but just as importantly—IS OFFSITE FEASIBLE AND THE CORRECT CHOICE?

In modular construction, success depends on more than just choosing the lowest factory invoice or even in choosing the right factory. It depends on understanding how the entire system comes together.

If you are serious about learning more about this, contact Gary at: [email protected], or Bill at:[email protected]. We’ll respond promptly and schedule a brief call.

Most developers who tour a modular factory for the first time pay attention to the wrong things.

They look at the equipment. They ask about engineering capacity. They focus on pricing and maybe even look at production schedules.

All of those things matter.

But after more than forty years working in the modular industry—from sales through plant management and operations—I’ve learned that the real indicators of how well a factory operates are usually much simpler.

At Offsite Innovators, my partner Gary Fleisher and I are launching a new series of articles exploring modular construction from two perspectives.

Gary will be looking at operational excellence inside modular factories—the kinds of management practices and improvement systems that make strong plants successful.

My focus will be on what developers and builders should understand when evaluating modular construction and choosing manufacturing partners.

Because in modular construction, success rarely depends on just one side of the process. It depends on understanding how the entire system works.

One of the most common questions developers ask when considering modular construction is simple: How do we evaluate a modular manufacturer?

Factory tours are usually the starting point. But over the years I’ve noticed that many visitors focus on the wrong things or are awestruck when they walk into a plant for the first time.

They look at the newest equipment. They ask about capacity.  They ask how long it takes for a home to go through the line etc. etc. etc.

Those things are certainly important. But in my experience, the real indicators of a healthy modular factory are much simpler.  They are indicators.

When I walk into a plant for the first time, there are three things I look for almost immediately.

1. Cleanliness and Organization

The first thing I notice is whether the factory floor is clean and organized.

Well-run plants usually operate with a simple principle: a place for everything and everything in its place. Materials are stored where they belong. Tools are accessible. Workstations are orderly.

That level of organization rarely happens by accident. It usually reflects disciplined management and clear expectations throughout the operation.

When materials are scattered, scrap is accumulating, or workers are searching for tools, it often signals deeper problems. Disorganization on the production floor frequently reflects disorganization in scheduling, purchasing, and production planning.

Clean factories tend to be well-managed factories.

2. Are People Actually Working?

The second thing I pay attention to is the level of activity on the production floor.

In a healthy plant, you should hear the rhythm of production almost immediately—nail guns firing, staple guns firing, saw stations running, crews moving steadily from one task to the next.

Good production lines have energy. Workers know their roles and perform them with confidence.

If people appear to be standing around waiting for materials or unsure what to do next, something is usually wrong somewhere in the system.

Manufacturing depends on flow. When that flow breaks down—because of material delays, scheduling issues, or poor coordination—productivity and quality almost always suffer.

Experienced operators can sense that difference within minutes.

3. Does the Line Roll?

The third thing I watch for is whether the production line actually moves smoothly.

In modular manufacturing, work is completed in stages along a production line. Each station performs a set of tasks before the module moves forward to the next station.

In well-run plants, the line rolls. One station finishes its work, the module moves forward, and the next station begins.  The industry term is LINE BALANCE.

But when the line is poorly balanced, something else happens—the line stalls.

One station becomes overloaded while others wait. Crews down the line stand idle while a bottleneck develops upstream.

These kinds of imbalances can quickly reduce productivity and disrupt schedules. Strong factories constantly monitor and adjust their production flow to keep the line moving.

What Developers Should Understand

None of these observations require deep manufacturing expertise. They simply require paying attention to how the factory actually operates.

That’s why developers evaluating modular manufacturers should spend as much time observing the production floor as they do reviewing presentations in the conference room.

A factory’s real capabilities reveal themselves through daily operations.

Technology matters. Engineering matters. Equipment matters. But modular manufacturing is still fundamentally a people-driven production system. Organization, discipline, and balanced production lines often tell you far more about a factory’s performance than the newest piece of equipment.

In the coming articles I’ll explore some of the practical realities developers should understand when planning modular projects—including the responsibilities that remain on the site once the modules leave the factory.

Because successful modular construction depends on more than just choosing a factory. It depends on understanding the entire system.  Proper processes and systems are the essence of the matter!

If you’d like to explore this further, contact me today.

Bill Murray, Co-Founder of Offsite Innovators