Highlighting the thinkers and their ideas driving the evolution of Offsite Construction. 
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Your Business Starts Talking Before You Do


In the first article in this series, I suggested that the value of an offsite manufacturing business is
determined by far more than its building, equipment, or production capacity. That observation
generated some thoughtful conversations because many owners naturally focus on the tangible
assets they can see and measure.

After more than forty years leading, evaluating, and advising offsite manufacturing companies,
I’ve learned that experienced buyers begin evaluating a business long before they review
financial statements or walk onto the production floor. Their impressions often begin forming
within the first few minutes of arriving on the property.

That’s because your business starts talking before you do.

Some businesses project organization, confidence, and discipline from the moment you arrive.
Others communicate something entirely different. Most owners don’t even realize it’s happening
because they see the same surroundings every day, while a prospective buyer sees everything
with a fresh set of eyes. Those first impressions won’t determine whether a business ultimately
sells, but they often influence how buyers perceive the company before the real due diligence
even begins.

When people prepare to sell a home, they understand the importance of first impressions. They
mow the lawn, touch up the paint, and straighten the furniture because they know buyers begin
forming opinions the moment they pull into the driveway. Businesses are no different.

As I arrive at a manufacturing facility, I’m already making observations. Is the property
maintained? Does the office project professionalism? Is someone there to greet visitors, or does
everyone seem surprised that someone has walked through the front door? I notice whether the
receptionist (if there is one) is engaged and welcoming, whether the office is organized, and
whether the owner’s office reflects order or constant firefighting. I also notice whether the owner
is prepared for our meeting or is repeatedly interrupted by phone calls and employees needing
decisions that only he or she can make.

None of those observations determines the value of the business by itself. Collectively, however,
they begin telling a story long before anyone discusses production, profitability, or financial
performance.

Eventually we walk into the factory.

I don’t expect a modular manufacturing plant to look like an operating room. Lumber creates
sawdust, production creates noise, and manufacturing is active by its very nature. But there is a
tremendous difference between a busy operation and a disorganized one.

Within a few minutes, I begin watching the production flow. Are crews working steadily, or are
they waiting for material? Does work move smoothly from station to station, or are bottlenecks
obvious? Is the production line balanced, or do certain departments seem overwhelmed while
others wait? I pay attention to whether supervisors are leading production or simply spending the
day putting out fires. I also notice whether materials are staged where they’re needed, whether
damaged materials are accumulating, and whether rework appears to be routine rather than the
exception.

None of these observations is intended as criticism. Together, however, they provide a
remarkably accurate picture of how the operation is managed, and they tell me far more about
the business than any inventory of equipment ever could.

One of the most interesting parts of any plant tour is listening to what owners naturally want to
show me. They proudly point out a unique project on the production line, a recently purchased
machine, or a new process they’ve developed. Those accomplishments deserve recognition
because they often represent years of hard work, investment, and pride in what they’ve built.

Experienced buyers, however, tend to ask very different questions. They want to know how
many people are on the production line, which departments are difficult to staff, whether
overtime has become routine, and how dependent the business is on the owner. Their questions are less about today’s project and more about whether the business can consistently perform long after the current owner has moved on.

That’s the difference between admiring what has been built and evaluating what can be sustained.

Successful businesses leave clues everywhere, although owners often stop noticing them because they see the same operation every day. Visitors don’t have that luxury. They notice how employees interact, whether supervisors appear to be leading or simply reacting, how
information moves through the organization, and whether materials are organized or constantly
being moved from one place to another.
No single observation determines the value of a company. Collectively, however, they paint a
remarkably accurate picture of how the business is managed and how likely it is to continue
performing after a change in ownership. That is precisely what serious buyers are trying to
determine before they ever begin negotiating terms.

Financial statements matter. Equipment matters. Real estate matters. Every experienced buyer
expects those assets to be evaluated carefully. But long before spreadsheets are opened or
appraisals are discussed, another evaluation has already begun.


Buyers are quietly asking themselves whether this feels like a business they would be
comfortable owning. They’re observing how people work together, how decisions are made, and
whether the organization appears disciplined, organized, and capable of succeeding without
constant intervention from the owner. Those impressions don’t replace due diligence, but they
shape it. They influence the questions buyers ask, the risks they perceive, and ultimately the
confidence they have in the business they’re considering.


By the time everyone gathers around the conference table, your business has already been
speaking for quite some time. The only question is whether buyers like what they’ve heard.

Thinking About the Future of Your Offsite Business?


Whether you’re considering selling in the near future or simply want to build a more valuable
company, the decisions you make today will determine the opportunities you have tomorrow.


Request a FREE consultation

At Offsite Innovators, we help owners evaluate, prepare, and position their businesses for
business and ownership transition. If you’d like a confidential conversation about where your
business stands today—and what steps might strengthen its future—we’d welcome the
opportunity to talk with you.

Next in the Offsite Innovators Business Transition Series
What Buyers Really Buy

..

Questions We Hear From Owners

What’s My Offsite Business Worth?

An article by Bill Murray

Over the past few years, Gary Fleisher and I have had the opportunity to help owners think through one of the biggest decisions they’ll ever make—what comes next for their offsite business.

Some are actively considering a sale. Others simply want to understand what their business might be worth someday. A few aren’t interested in selling today but recognize that preparing early often leads to better options later. What’s been interesting is that, regardless of where they are in the process, they tend to ask many of the same questions.

Rather than answering those questions one owner at a time, I thought I’d begin addressing some of them here, drawing on more than forty years of leading offsite manufacturing operations and the advisory work Gary and I have been doing over the past several years.

It’s an understandable question. If you’ve spent years—perhaps decades—building an offsite business, naturally you want to know what it’s worth.

My answer, however, usually isn’t what owners expect.

Before we talk about value, we need to talk about what creates value.

Those aren’t necessarily the same thing.

During my career, I’ve learned that two companies can build roughly the same number of homes, generate similar revenues, and even report comparable profits, yet one may be significantly more attractive to a buyer than the other.

The reason is simple.

Buyers don’t evaluate a business the same way owners do.

Owners naturally focus on what they’ve built. Buyers focus on the risk they’re assuming.

When I walk through a business, I’m not immediately thinking about equipment values or the financial statements. I’m watching the operation. Does production move with purpose? Do supervisors appear confident in their responsibilities? Does the organization rely on well-defined processes and systems, or does every important decision still depend on the owner? Does the business reflect discipline and accountability, or does it seem like people are simply reacting to the latest problem?

None of those observations determine value by themselves. Together, however, they begin telling an important story. Every serious buyer is trying to answer one fundamental question:

Can this business continue to succeed after the current owner steps away?

I’ve often said that buyers aren’t simply purchasing equipment, inventory, or even a building.

They’re buying confidence.

Confidence that the business is well managed. Confidence that capable people are making good decisions throughout the organization. Confidence that effective processes and systems are supporting consistent performance. Confidence that the business isn’t dependent upon one individual.

Even something as difficult to measure as organizational culture contributes to that confidence. I’ll spend more time on that subject in a future article because I believe it’s one of the most overlooked drivers of long-term business value.

One point often surprises owners. Value isn’t created during negotiations. It’s created long before a buyer ever walks through the front door. The businesses that attract the strongest interest have usually spent years building capable leadership, establishing effective processes and systems, and creating an organization that buyers believe can continue to succeed after the ownership changes.

Those things reduce uncertainty.

And when uncertainty goes down, value generally goes up.

Whether you’re thinking about transitioning your business next year or simply beginning to consider your long-term options, it’s worth stepping back and asking yourself one important question:

If I were the buyer, would I be confident buying my own business?

CLICK HERE for a free confidential video consultation

Next in this series: Why businesses that depend too heavily on the owner often become the hardest businesses to sell—and one of the biggest obstacles to maximizing value.

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Sustainability, through the use of readily available Ponderosa Pine, redefined by Timber Age Systems

Several weeks ago I had an opportunity to learn about a panelized start-up in Durango, CO. I was immediately struck by their innovative approach to maximizing sustainability through the use of readily available underharvested Ponderosa Pine. Timber Age and their use of cross-laminated timber (CLT) which is composed of sustainable Ponderosa Pine, epitomize true sustainability.

I talked with Kyle Hanson, co-founder of Timber Age Systems about his team’s approach and work at this innovative panel manufacturer in the heart of sustainable timber country. Thank you Kyle for leading the charge on providing innovation through sustainability in Offsite manufacturing.

Kyle and Charlie. Kyle is the one on the left!

Bill Murray, Offsite Innovators: Would you summarize your current business model?

Kyle Hanson, Cofounder of Timber Age : First and foremost, Timber Age™ makes durable, attainable, high-performance homes in an off-site modular factory. The homes are produced from locally and sustainably harvested Ponderosa Pine.

Our business model leverages a local value chain and community partnerships supplying design, engineering and installation support. This focus on circular economics allows Timber Age™ the chance to address forest health, housing constraints and job creation while significantly improving the built environment in terms of embodied and operational carbon content.

Secondly, Timber Age™ is continually refining a replicable production model in preparation for widespread expansion over the coming decade. This production model prioritizes shared ownership, a short amortization of investment capital and a flexible and adaptive learning environment supplied through the Timber Age Operating System (TAOS).

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Bill: What inspired you to found Timber Age Systems?

Kyle: After spending four years as the Business Unit Leader for a local wood products manufacturer working closely with the US Forest Service, I developed a curiosity to better understand how to create a use for the overabundance of Ponderosa Pine in our region.

In addition to unhealthy forests, many teachers of my two daughters struggled to establish stable local housing. An inability to establish an “anchored” existence in our community frequently ended in job openings. This damaging pattern of churn repeats across public servant roles resulting in instability for schools and local government.

Last, but not least, many in our community maintain seasonal and overlapping jobs in an attempt to achieve sustainable adjusted median income (AMI) levels. My background studying and implementing Lean Operating Systems to achieve world-class manufacturing operations illustrates how the creation of predictable, safe and rewarding skilled labor jobs could help create more anchored community members.

A 2018 USFS Wood Innovation Grant award catalyzed an amazing group of individuals collaborating around the key market definition and challenges. This group problem solving process eventually allowed our co-founder Andy Hawk to enter the fray as team member number two.

Most of the idea development has followed the ideas inherent in the world of Lean (Operational Excellence, TPS, etc). These themes surrounding rapid experimentation and improvement have been codified in the excellent book “The Lean Startup” by Eric Ries. Our team is continually working to clearly identify a problem and its causes and then establish an experiment where we can test a hypothesis to address the problem. When we do this in a disciplined and continuous manner, Timber Age™ gets better and we all get smarter and more connected as a team.

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Bill: How would you describe some of the most innovative solutions Timber Age Systems has developed for offsite construction?

Kyle: Our approach to vertical integration and small scale manufacturing of Cross-Laminated Timber (CLT) seems to be a differentiating factor in the worlds of mass timber and off-site manufacturing. We don’t have a huge factory with giant cranes, and yet we create beautiful enclosures which are easily installed.

In the long-term, we believe our integrated approach to helping create housing, fulfilling jobs and healthy forests will provide a powerful model for sustainable community development around the world.

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Bill: In what way does Timber Age prioritize sustainability in its innovative approaches to construction?

Kyle: Timber Age™ is intensely focused on both the embodied carbon and operational carbon of buildings. A key mission metric for our team is miles traveled/ pound. In this way, we can look at the many components in one of our assemblies and create a weighted average of the total waste associated with transportation. In addition, our assemblies are almost completely foam-free.

Our CLT is constructed from trees which would have otherwise released carbon dioxide into the air due to overcrowding, fire and disease.

This approach to using a carbon-sequestering structural material (CLT) combined with recycled cellulose insulation (also carbon-sequestering) means an enclosure with net-zero embodied carbon and a home with super low operational carbon emissions due to the passive house building science behind our system design.

The Timber Age™ Modular Building System (TAMBS) incorporates low-carbon materials and is designed to meet the Passive House building standard.

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Bill: What are some of the biggest challenges you have faced in gaining an acceptance of your innovative approach both locally and regionally?

Kyle: Since the Timber Age Modular Building System (TAMBS) contains many unique innovations, our biggest challenge was proving out the ability to manufacture the system at a hyper-local scale. After proving out the system, our biggest challenge has been builder uptake of our approach. Introducing an innovative building system into a marketplace where demand for the status quo is still outstripping the capacity of local builders doesn’t incentivize builders to seek out or make time for learning a new system even if many of the builders understand and appreciate the inherent value proposition.

Matt Betts, Value Stream Manager

The world of building, much like the world of healthcare, encompasses multiple customers with varying definitions of value. We are working hard to collaborate with as many stakeholders as possible to ensure the highest level of value is created for each step off the value chain. We believe our system is easy for designers to implement, very quick and effective to install for the builders and beautiful, durable and very energy efficient to help enforce the inherent value for the end users.

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Bill: How important are collaborations and partnerships as you seek to grow your business?

Kyle: Timber Age™ would not exist without the help of our local forest collaboratives, fellow building scientists, collaborating designers and contractors and especially the funding and support of the US Forest Service and our incredible mission-driven shareholders.

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Bill: What are you short- and long-term goals for Timber Age Systems and what philosophy did you use in developing these?

Kyle: Short-term: Get our new interim factory running to produce our current backlog of projects and hire another ten great team members.

Long-term: Construct our new prototype factory and housing models in Mancos and then replicate this model across all viable markets to help create 1000+ fulfilling jobs and hundreds of thousands of durable, beautiful high-performance housing units around the world.

Our philosophy around planning, Hoshin Kanri, follows the teaching and examples of Toyota and other world-class companies.

Tens of thousands of acres of sustainable pine being put to use by this innovative panelizer in Durango, CO. Sustainability is more than a buzzword at Timber Age Systems, its a way of doing business and a way of life.

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Bill: I want to thank you , Kyle, for a very insightful, behind the scenes look at what you and Timber Age Systems are currently doing and what you have planned for the future.

Bill Murray, co-founder of Offsite Innovators, is a 40-year veteran in the Offsite industry. His goal is to assist in the growth of the industry by presenting and sharing innovation.

CLICK HERE if you would like to be interviewed about something innovative you have designed or are currently using.

The Tools Have Changed. The Fundamentals Have Not

Recently, I read yet another article discussing AI, specifically Agentic AI. By the time I
finished reading it, I found myself feeling something I hadn’t experienced in quite a while:
Overwhelmed.

After more than 40 years of managing modular manufacturing operations, I started wondering
if I was getting left behind. Was my experience still relevant in a world of ERP systems, MES
platforms, AI forecasting, digital dashboards, and technologies that seem to evolve faster
than I can understand them?

I spent several days trying to learn more about Agentic AI. The harder I tried, the more
confused I became. Eventually, I stopped trying to understand every technical detail and
started asking a different question.

What if I was focusing on the wrong thing? Did I really need to understand all the nuances
or simply just be aware of technology as a tool?

That question led me back several decades to a time when another innovation was making
waves throughout manufacturing. It was called Total Quality Management, and at the time, it
felt every bit as revolutionary as AI feels today.

Many developers and entrepreneurs looking at offsite construction today are being
bombarded with technology. AI. Automation. Digital twins. Predictive analytics. Smart
factories, robotics, and the like, the latest and greatest.

The promise is always compelling. Better decisions. Better productivity. Better results.
The danger is assuming the tool is the solution.

I have watched several waves of innovation move through manufacturing over the years.
Some delivered enormous value. Others delivered far less than promised. The common
denominator was never the technology itself. The common denominator was how
effectively management used the technology as a tool with the end result being a better
managed team.

When I joined a larger multi-plant organization years ago, I was introduced to TQM. At first,

I didn’t understand much of it. The terminology was new. The processes were unfamiliar.
Frankly, it felt overwhelming.

Unlike AI, however, I didn’t have the option of ignoring it. TQM was expected it was literally
mandated. It became part of how we operated.

Over time, I discovered something important. TQM wasn’t magic. It wasn’t a silver bullet. It was a framework that forced us to focus on the basics.

Communication between departments improved. Data became more meaningful.

Accountability became clearer. Problems were measured rather than debated. Decisions
became less emotional and more fact-based. The tool mattered, but the discipline mattered
more. The culture it helped me create was one that developed a management team that
was truly engaged, not to mention a team of over 300 production employees that
became involved, not simply bystanders collecting a paycheck.

The longer I worked with TQM, the more I realized that most improvements came from
executing fundamentals better. The fundamentals like inventory accuracy, vendor
relationships, supervisor accountability/ training, communications, plant cleanliness, and
customer satisfaction remained at the forefront of a profitable enterprise.

None of those issues were new. TQM as a tool simply gave us a better way to address them.
The results were undeniable. Productivity improved. Warranty performance improved.
Employee turnover improved. Profitability improved. Our operation was eventually
recognized as one of the most improved in a large corporate organization.

The lesson wasn’t that TQM solved our problems. The lesson was that it helped us solve our
problems.

Today, I suspect AI will create opportunities we can barely imagine.

It will likely help engineering teams work faster. It may improve scheduling, forecasting,
purchasing decisions, and project management. Companies that learn to use these tools
effectively will almost certainly gain advantages.

AI cannot create accountability or build trust between departments. Importantly, it alone
cannot create a culture. It cannot develop leaders or make people care about quality—
These responsibilities remain with management.

For developers evaluating offsite opportunities, that distinction matters. A factory can have
every modern technology available and still struggle if leadership, culture, and operational
discipline are missing. This significant aspect of the feasibility aspect of determining if
offsite construction is for you is very often overlooked. Equally important, “Is this
manufacturer what I need to meet my needs”?

One of the advantages of experience is that you begin to recognize patterns.
Every generation believes it has found the breakthrough that will finally solve the industry’s
problems. Sometimes those breakthroughs are genuinely transformative, but the
organizations that benefit most are the ones that already have strong fundamentals in place.
Technology tends to amplify good management. It rarely replaces it.

Neither you nor I may ever fully understand every aspect of Agentic AI. That’s okay.

What I have come to understand is that my discomfort with the topic led me to a valuable
reminder. The tools have changed dramatically. The fundamentals have not.

For those evaluating factories, investing in offsite construction, or considering vertical
integration, that may be the most important lesson of all.

Before you ask what technology a factory is using, ask yourself a simpler question:
Are the fundamentals in place?

Because no innovation, no matter how impressive, can compensate for the absence of sound
management, accountability, communication, and execution.

What do you think? Are we sometimes too focused on the newest tools and not focused
enough on the fundamentals that determine whether those tools actually create value?

Bill Murray is a modular manufacturing veteran with more than 40 years of leadership
experience in offsite construction. Through Offsite Innovators, he advises developers,

entrepreneurs, and investors evaluating manufacturing opportunities, factory acquisitions,
and offsite business strategies.

If you’re evaluating an offsite manufacturing opportunity and would like an experienced
operator’s perspective, contact Offsite Innovators

YOU DON’T HAVE A TECHNOLOGY PROBLEM — YOU HAVE A CULTURE PROBLEM

One of the more interesting things about the offsite construction industry is how often
companies convince themselves that the next piece of technology is finally going to solve the
problems they’ve been struggling with for years.

A new production system gets installed. A factory invests in automation. Management
software is introduced to improve scheduling, purchasing, communication, and
accountability. Sometimes an entire shift in building philosophy takes place — panelization,
volumetric modular, light-gauge steel framing, or some new manufacturing process that
promises greater efficiency and predictability.

At first, the enthusiasm is understandable. Ownership sees cleaner reporting. Managers
envision better coordination. Production personnel are told the new system will reduce
confusion and eliminate bottlenecks. Everyone talks about efficiency, scalability, and getting
ahead of the industry.

After enough years around factories and manufacturing operations, you start noticing
something else. In many companies, six months later the same frustrations quietly begin
resurfacing. Production delays continue showing up. Departments still struggle
to communicate with one another. Purchasing problems continue affecting production.


Scheduling becomes reactive again. Supervisors work around systems instead of through
them. Eventually, the conversation shifts from excitement to frustration, and the technology
itself often becomes the thing blamed for the disappointing results.

What makes this interesting is that the technology frequently wasn’t the problem to begin
with. The real issue was whether the organization itself was prepared to operate within the
level of discipline, communication, consistency, and accountability the system required. In
other words, the success or failure of innovation often has less to do with software or
automation and far more to do with the culture surrounding it.

THE TECHNOLOGY DIDN’T FAIL
One software developer we know built an impressive management platform specifically
designed for modular manufacturers. It addressed real operational challenges that factories
constantly fight — material tracking, scheduling, interdepartmental communication,
visibility into production flow, accountability, and coordination between engineering,
purchasing, production, and service.

In one operation, the software dramatically improved performance. Material shortages
dropped. Labor efficiency improved. Departments communicated better because
information became more visible and harder to ignore. Managers gained a much clearer
understanding of what was happening throughout the operation on a real-time basis.

In another facility using essentially the same platform, adoption struggled almost
immediately. Information wasn’t entered consistently. Departments resisted the
transparency the system created. Managers bypassed procedures because they felt the
process slowed them down. Employees continued operating independently rather than
collaboratively, and before long, frustration started building around the software itself.
The difference wasn’t the technology. The difference was the environment the technology
entered. One organization was prepared to embrace structure, accountability, and
operational discipline. The other really wasn’t, even if leadership believed otherwise.

CULTURE SHOWS UP UNDER PRESSURE
Most people hear the word “culture” and immediately think of mission statements, morale,
employee events, or slogans hanging on a wall. In manufacturing, culture is much more
practical than that. It reveals itself in how people behave under pressure. It shows up in
whether departments communicate or protect themselves. It becomes visible in whether
leadership consistently enforces standards or quietly allows exceptions whenever
schedules tighten.

People within organizations quickly learn what leadership truly values. Not from
speeches or posters, but from what management tolerates every day when production
pressure starts building.

OFFSITE EXPOSES WEAKNESS QUICKLY
That becomes especially important in offsite construction because factory environments are
far less forgiving than traditional jobsites. Conventional construction often allows room for
improvisation. Experienced field personnel can adjust on the fly, work around mistakes, and
solve problems in real time without bringing the entire project to a halt.

Manufacturing systems don’t operate that way. Factories depend on sequencing,
consistency, timing, communication, and coordination between multiple interconnected
departments. Engineering affects purchasing. Purchasing affects production. Production
affects shipping. Shipping affects field-set crews and downstream builders. When one part
of the operation breaks rhythm, everyone behind it feels the consequences.

Strong cultures usually recognize this early. Weak cultures tend to fight it.

THE REAL PROBLEM IS OFTEN OPERATIONAL ALIGNMENT
That’s why many builders and developers entering offsite construction struggle more with
operational alignment than with the technology itself. They often approach factories with a
traditional construction mindset, relying heavily on experience, instinct, and reactive
problem-solving in environments that actually require process discipline and consistency to
function properly over time.

The factory eventually exposes those weaknesses. What leadership initially viewed as
“technology problems” often turn out to be communication problems, accountability
problems, leadership problems, or cultural resistance to structure itself. The technology
simply made those weaknesses more difficult to hide.

THE BEST FACTORIES ARE USUALLY THE MOST DISCIPLINED
Visit enough factories, and you begin seeing the difference almost immediately. Some
operations feel stable, organized, and consistent even when they’re extremely busy. Others
feel chaotic despite having similar equipment and similar production capabilities. In many
cases, the real separator is leadership consistency and the culture that developed around it
over time.

The strongest factories are usually not the ones with the flashiest technology. They’re the
ones where leadership established operational discipline early, departments communicate
consistently, accountability exists without constant drama, and employees understand that
systems are there to support the operation rather than work around it.

That type of culture doesn’t happen accidentally. It gets built deliberately, often long before
the technology arrives.

The offsite industry will continue evolving. New systems will continue entering the market,
and many of them will improve the way homes are designed and built. But at some point
every organization considering innovation has to answer a more difficult question than
which software to buy or which production system to implement.

Is the organization actually prepared to support the discipline, accountability, and
What operational alignment does innovation require?

Because in the end, most companies don’t really have a technology problem.

They have a culture problem.

Offsite Innovators continues to work with developers, manufacturers, and entrepreneurs
evaluating offsite opportunities, operational structures, factory performance, and the real-
world challenges that determine whether innovation succeeds or quietly becomes another
expensive disappointment.

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 services to owners, prospective owners, and builder developers considering Offsite construction.  He has consulted throughout the U.S. and Mexico, as well as on overseas assignments.

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

The Most Dangerous Words in a Modular Factory: “Ask the Boss”

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.

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.

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”.)

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.

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.

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.

How LGS Can Fail—and It’s Not the Steel


In my recent article on light gauge steel (LGS), I focused on the material itself—its precision, its promise, and why so many see it as a logical step forward for offsite construction.

And in a separate piece, I made a very different point: that culture—not equipment, not systems—is what ultimately determines whether an operation succeeds or struggles.

This article brings those two ideas together.

Because if you’re a developer or investor evaluating LGS, you’re not just choosing a material or a manufacturer.

You’re choosing the environment that has to execute it—day in and day out.

And LGS doesn’t just reward precision—it demands the kind of culture that can consistently deliver it.

At some point, every developer or investor evaluating LGS has to answer a fundamental question:

Are we selecting a product—or relying on an operation that has to execute it?

It sounds subtle, but it isn’t. If you get that wrong, the consequences don’t show up in theory—they show up in your schedule, your budget, and your confidence in the entire offsite approach.

And by the time they’re visible, they’re rarely small.

LGS is unforgiving—in a good way. It doesn’t twist like wood or allow for casual correction in the field. It requires discipline at every step, and when that discipline is present, the results can be exceptional.

But that same precision creates risk when the operation behind it is inconsistent.

From a developer’s perspective, that inconsistency shows up in very practical ways: components that don’t align as expected, field adjustments that were never part of the budget, and delays caused by issues that, in a well-run environment, simply shouldn’t occur. What was intended to reduce uncertainty can begin to introduce it.

Culture isn’t something you evaluate in a conference room or a presentation deck. It reveals itself the minute you park (or try to) at the front office and then on the plant floor.

When you walk a facility, the signals are there if you know what to look for. An organized, predictable environment tends to reflect disciplined execution, while clutter, hesitation, or visible rework often indicate the opposite. The difference is rarely cosmetic—it’s operational.

These observations are not subjective impressions. They are early indicators of whether your project will move through production smoothly or begin absorbing hidden costs that were never anticipated.

It’s easy to be impressed by systems—software platforms, automation, and detailed engineering processes. And to be clear, those things matter.

But they don’t guarantee performance.

Systems depend on consistency. If the underlying operation is uneven, the output will be as well—only faster and often at greater cost. Technology can support a disciplined operation, but it cannot create one.

That distinction is where many evaluations go wrong.

The operations that consistently succeed with LGS are not relying on the material to carry them. Their culture has built a disciplined environment around it.

From the outside, that discipline is visible. You’ll see consistency from station to station, minimal signs of rework or confusion, and a production line that moves with a steady, uninterrupted rhythm. Leadership presence is also telling—when it exists on the floor, not just in meetings, it tends to reinforce accountability throughout the system.

None of this is particularly flashy, but it is highly predictive.

Because what you’re really evaluating isn’t capability—it’s consistency.

This is where developers often get caught.

A facility tour goes well. The equipment is impressive. The presentation is polished. Everything appears to align with expectations.

But the most important question remains only partially answered: can this operation deliver consistently under real project conditions?

When the answer is no, the impact shows up quickly—schedule delays that ripple across the build, costs that emerge outside of original assumptions, and field fixes that gradually erode margin. Individually, these issues may seem manageable. Collectively, they change the outcome of the project.

And eventually, the conclusion becomes that offsite “didn’t work.”

In reality, the system didn’t fail.

The execution did.

If you’re considering LGS, you’re not just selecting a building method.

You’re selecting an operating environment, a level of discipline, and a culture that must support it.

So the real question isn’t whether LGS works. It’s whether the team behind it operates in a way that allows it to work consistently.

LGS offers real advantages—precision, strength, and repeatability.

But those advantages are only realized when the people and processes behind the system are aligned with its demands. Without that alignment, the same characteristics that make LGS attractive can quickly turn into sources of friction and cost.

Before you commit to a material or a manufacturing partner, ask yourself—are you confident in the consistency of the operation behind it?

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.

The Scope Gap in Practice: Where Modular Projects Begin to Drift

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.

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.

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.

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.

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.