Month: April 2026

Leaders Take a Systems Thinking Perspective for Making Change

Posted on by Danny Jiménez⁩
Read 19 min

Systems Thinking in Lean Construction: The Missing Piece That Explains Why Lean Stalls

In 2020, Jeffrey Liker revised the first of Toyota’s fourteen management principles for the second edition of The Toyota Way. The revision was small in word count and significant in implication. The principle now reads: base your management decisions on long-term systems thinking. That addition was not a minor update. It was Liker’s acknowledgment of something that had been embedded in Toyota’s practice since the 1950s but had never been made fully explicit: the entire Toyota Production System is built on a view of organizations as open systems, and you cannot successfully implement any part of it without understanding the system in which the implementation is happening.

This is the missing piece that explains why so many Lean construction implementations stall. The tools are not the problem. The tools are straightforward. The problem is that the tools are being added to a system that was not designed to accommodate them, and the system left unchanged pushes back until the new practice is abandoned and the old one resumes.

What a System Actually Is

When the word system is used in this context, it does not mean software, mechanical systems, or continuous industrial processes. It means an open system, one where people are actors affecting the behavior and performance of the system through their decisions, habits, policies, expectations, and mental models. Economies are open systems. Workgroups are open systems. Construction projects are open systems. Companies are open systems. The actors inside the system both shape the system and are shaped by it.

Two insights from the study of systems are particularly important for anyone trying to change how a construction organization or project team operates.

The first is the iceberg effect. The events visible above the waterline, the missed milestone, the failed pull plan session, the superintendent reverting to directive scheduling are produced by what lies below: patterns of behavior that repeat, structural conditions that reinforce those patterns, and the mental models that make those structures feel normal and inevitable. Responding only to the visible events without examining the patterns, structures, and mental models underneath them is what produces the feeling of addressing the same problems over and over without making progress. The root cause is always below the waterline.

The second is that seemingly unrelated acts are connected through flows of resources and reinforcing loops. Learning the basics of a subject creates the capacity for learning more advanced aspects, a reinforcing loop. But the time available for learning competes with the demands of ongoing work, a counteracting flow. When the competing demands win, the stock of learning capacity decreases and the reinforcing loop weakens. Understanding these dynamics explains why Lean learning in organizations so often loses to the urgency of daily project work, and it points toward the intervention needed: reducing the competing demands rather than simply asking people to do more.

Why Lean Practices Stall After Implementation

The existing practices on any project or in any organization are not random. They are coherent with each other. The prescriptive scheduling practices are matched to the performance metrics. The performance metrics are matched to the expectations of stakeholders. The expectations are matched to the mental models of what good project management looks like. This coherence is what makes the system stable and what makes it resistant to introducing new practices without adjusting the system as a whole.

When collaborative pull planning is introduced alongside prescriptive CPM scheduling, the two practices are in conflict. One requires trade partners to declare their own activities and commitments collaboratively. The other requires compliance with a sequence determined upstream. Trying to run both simultaneously does not produce a hybrid benefit, it produces a destabilized system where neither practice works well and the team eventually defaults to whichever practice has stronger institutional support, which is almost always the familiar one.

The Lean leaders who succeed at implementing Lean practices understand this dynamic and work with it rather than against it. They recognize that adding a new practice requires adjusting the surrounding system stopping some things, starting others, continuing what remains consistent. Three questions make this systematic:

What will we start doing? What will we stop doing? What will we continue doing?

These questions apply to processes and to leadership style simultaneously. The superintendent who wants collaborative pull planning to succeed must also shift from directive leadership to facilitative leadership not as a personality change, but as a deliberate adjustment to the role the superintendent plays in the planning meeting. The pull plan session facilitated by a superintendent who is used to giving direction will not produce the same result as one facilitated by a superintendent who brings questions rather than answers and creates the conditions for the foremen to think through the sequence together. The practice and the leadership style must adjust together for either one to work.

Delay as an Enemy of System Stability

One of the most direct applications of systems thinking to Last Planner practice is the timing of the daily stand-up or huddle. The purpose of the daily commitment management meeting is to manage promises among project participants to give each trade partner’s foreman the opportunity to report on the completeness of their commitments, make new ones, ask for help, and offer help, all in service of the team’s larger commitment to the phase milestone.

The systems thinking argument for holding that meeting at the end of the day rather than the beginning is straightforward: the more delay you have in a feedback loop, the less able you are to steer the system. If a commitment from yesterday was not met, waiting until tomorrow morning to communicate that variation creates an entire night of unnecessary urgency accumulation. Trades who need to adjust their plan, materials that need to be restaged, sequences that need to be reorganized, all of those adjustments can happen more smoothly and at lower cost if the information travels at end of day rather than at the start of the next morning.

This is not a minor scheduling preference. It is a systems principle: timely feedback enables steering. Delayed feedback undermines it. Making feedback timely, prompt notice of variation to plans, deliveries, quality outcomes, and staff availability is one of the highest-leverage adjustments a project team can make to the system of how it manages its commitments.

If a morning huddle is also needed to address site safety, crane time limitations, or material deliveries, there is nothing preventing one. And the morning huddle should communicate what actions are being taken in response to the variation that occurred yesterday which the end-of-day commitment review has already surfaced and processed.

Here are the warning signs that a project team is adding Lean practices without adjusting the surrounding system:

  • CPM scheduling and pull planning are running simultaneously with no deliberate decision about which governs production planning.
  • Leadership style in planning meetings has not changed, so collaborative tools are producing directive outcomes.
  • New Lean practices are added to an already full agenda without stopping anything that the new practices are designed to replace.
  • Variation in commitments is communicated at the next morning’s meeting rather than at end of day when the variation occurred.
  • The team reports that Lean is adding work rather than reducing it, a sign that the system has not been adjusted to accommodate the new practices.

Connecting to the Mission

At Elevate Construction, the integrated production control system, First Planner, Takt, Last Planner is designed as a coherent whole precisely because individual tools added to a non-Lean system produce the stalling described above. The system is designed together so that each component reinforces rather than conflicts with the others. The Takt plan informs the pull plan. The pull plan informs the look-ahead. The look-ahead informs the weekly work plan. The weekly work plan informs the day plan. The day plan is communicated in the morning huddle. And the end-of-day commitment review provides the feedback that steers the next day’s execution. Nothing in that chain is optional because removing any link destabilizes the whole. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow.

Systems thinking is not an academic exercise. It is the lens that explains why the tools work when the system is right and fail when it is not and it is the lens that guides the adjustments that make the system right.

On we go.

Frequently Asked Questions

What is an open system and why does it matter for Lean construction?

An open system is one where people are actors who affect the system’s behavior through their decisions, habits, policies, and mental models. Construction projects and organizations are open systems which means Lean practices must be implemented with attention to the system conditions they are entering, not just to the practices themselves.

Why does adding a new Lean practice without stopping old practices create conflict?

Because existing practices are coherent with existing policies, metrics, and expectations. Adding a new practice destabilizes that coherence without creating a new equilibrium. The system pushes back until the new practice is abandoned unless the surrounding system is deliberately adjusted at the same time.

What are the three questions for adjusting a system when introducing new Lean practices?

What will we start doing? What will we stop doing? What will we continue doing? These questions ensure that new practices replace rather than add to the existing system, which is what prevents Lean from becoming an additional burden.

Why should commitment management stand-ups happen at end of day rather than the start of the next day?

Because the more delay in a feedback loop, the less able the team is to steer the system. End-of-day reporting of variation gives the team time to adjust before the next day’s work begins, rather than discovering the variation at the moment it affects the next crew’s ability to start.

What is the iceberg effect in systems thinking?

The visible events above the waterline, the missed commitment, the failed implementation are produced by patterns, structural conditions, and mental models that lie below. Addressing only the visible event without examining what produced it is what generates recurring problems.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

How to Onboard New Team Members in Construction (Lean Method)

Posted on by Danny Jiménez⁩
Read 19 min

Lean Leadership: Learning to Lead, Leading to Learn

Katie Anderson describes the Lean leader’s journey as “Learning to Lead, Leading to Learn.” That framing is more precise than it might appear at first. It is not just that Lean leaders happen to learn while they lead. It is that the act of leading genuinely, in the field, with real people and real problems is one of the most effective mechanisms for learning available to any practitioner. The two activities are not sequential. They are mutually reinforcing, and when a leader understands that relationship, the entire orientation of their leadership shifts from directing to developing.

What It Actually Takes to Learn

Before the question of how to lead for learning, there is the more foundational question of what learning requires. Formal education’s answer that learning happens through instruction, is demonstrated through examination, and eliminates those who cannot keep pace is a failure model. Construction’s equivalent that experience accumulates through proximity to work and eventually produces competence is better, but still insufficient. Both models treat learning as something that happens to people rather than something people actively do.

Erika Andersen, writing in the Harvard Business Review, identifies four attributes that genuinely skilled learners develop and sustain: aspiration, self-awareness, curiosity, and vulnerability.

Aspiration is about where the attention goes. When a new skill or subject initially feels challenging or unappealing, learners who sustain engagement shift their focus from the difficulty to the benefit. They ask not “why is this hard?” but “what becomes possible when I understand this?” In construction, this is the difference between the leader who views Lean as an additional burden on an already demanding schedule and the one who asks what the project could look like if flow were working correctly.

Self-awareness is about honest perception of one’s own performance. The inner voice of an effective learner functions as what Andersen calls a “fair witness” reporting what is actually happening without either harsh self-criticism that shuts down engagement or protective rationalization that prevents clear seeing. Leaders who cannot see their own contribution to the problems around them cannot improve the systems that produce those problems.

Curiosity is the instinct that great learners retain from childhood or consciously rebuild. Instead of reinforcing initial disinterest in an unfamiliar subject, they learn to ask genuine questions about it and follow those questions with action. The curiosity is not passive it generates investigation, experimentation, and engagement with people who know what the curious learner does not yet know.

Vulnerability is the willingness to be a beginner to be at the start of a learning curve, to make mistakes in front of others, to not know things that the role might be expected to know. Andersen describes this as getting good at being bad. It is the attribute that determines whether a leader will actually try something new or whether their need to appear competent will prevent them from ever developing the next level of capability.

Reflection as a Planned Practice

Learning does not happen automatically from experience. It happens through reflection on experience the deliberate examination of what was set out to do, what was actually done, and what specifically was learned along the way. The Study or Adjust step in the PDCA cycle is where this reflection is formally built into an improvement process. The Plus/Delta at the end of a meeting is a lightweight version of the same practice. Retrospectives, journaling, and reflection in action are all expressions of the same underlying discipline: pausing to examine what just happened in order to extract durable learning rather than just moving to the next thing.

Kaizen at Toyota includes two components that are rarely taught together: hansei reflection on what happened and yokoten sharing what was learned broadly. Without hansei, the learning is lost. Without yokoten, the learning stays with the individual rather than becoming organizational knowledge. The pattern requires both, and it requires leadership to model them. When leaders reflect visibly, when they share their own learning openly, when they create structured time for the team to reflect rather than immediately pivoting to the next task, they communicate that learning is a legitimate and valued use of time on this project.

Bringing Out the Best in Others

The traditional view of leadership is that the senior person knows the most and therefore provides direction. This view is understandable in contexts where expertise is genuinely concentrated at the top. It is not the right view for construction, where the person who performs a specific job knows the most about that specific job, and where the challenges that matter require coordination across multiple people, roles, disciplines, organizations, and companies.

Lean leadership begins from a different premise: the person closest to the work has the most relevant knowledge about that work. The leader’s role is to create the conditions under which that knowledge can be applied to remove obstacles, to surface problems that individuals cannot solve alone, to facilitate collaboration across organizational boundaries, and to connect people who have solved a problem with people who are encountering it for the first time.

This reframe changes the fundamental question a leader asks in any situation. The traditional question is “what should I tell them to do?” The Lean leader’s question is “what do they need from me so they can do what they already know how to do?” Those are very different questions, and they produce very different leadership behavior.

Here are the ways Lean leaders expand learning rather than contain it:

  • They ask what can be learned from the mistakes others have already made, so those lessons do not have to be re-experienced by every person on every project
  • They bring additional expertise or perspectives into experiments rather than running them in isolation
  • They identify who else could benefit from what was learned and share it proactively
  • They find out who has already solved the problem they are facing before beginning their own analysis from scratch
  • They partner with other people who are also on a Lean leadership journey, because growth accelerates in relationship

The Systems Thinking Dimension

Lean leadership also requires taking a long-term, systems-thinking perspective seeing individual problems in the context of the systems that produce them rather than as isolated events. A worker making a repeated error is a systems problem until the system has been examined and adjusted. A trade partner who consistently delivers late materials is a supply chain design problem until the procurement and production plan alignment has been examined. A superintendent who is perpetually in firefighting mode is a project design problem until the planning, staffing, and production control systems have been examined.

This perspective is difficult for leaders who are rewarded primarily for short-term results. The system-thinking orientation asks: what produced this outcome, and what would need to change so that the system produces a different outcome reliably? The answer to that question often requires investment in the present in planning, in people development, in process improvement before the benefit is visible. Leaders who can hold that longer view are the ones who produce genuinely better projects rather than just better-looking ones in the short term.

The Learning Partnership

One of the most underrated practices for Lean leadership development is the learning partnership finding another leader who is also on the Lean journey and committing to learning together rather than separately. The value of a partner is not that they have the answers. It is that they ask different questions, surface different blind spots, and provide the accountability that keeps the learning continuous rather than episodic. The partnership does not require proximity. In an era of video communication, a Lean leadership partner can be on the other side of the country or the world.

The Toyota Way’s principles nine and ten grow leaders and develop people and teams are stated as organizational responsibilities. But they begin with individuals who decide to develop themselves, who model the learning behaviors they want to see in their teams, and who treat leadership not as a position they have arrived at but as a practice they are continuously developing.

At Elevate Construction, the mission to build remarkable people who build remarkable things is a learning mission. The boot camps, the training programs, the free content all of it is designed to accelerate the learning journey of people who want to lead differently. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow.

Learning to lead. Leading to learn. Both at the same time, in service of the people and projects that deserve better than the industry has typically given them.

On we go.

Frequently Asked Questions

What does “learning to lead, leading to learn” actually mean in practice?

It means that the act of leading taking on real challenges with real people is itself one of the most effective learning mechanisms available. Leadership and learning are not sequential stages. They are mutually reinforcing practices that accelerate each other.

Why is vulnerability important for a construction leader?

Because developing new capabilities requires being at the start of a learning curve, making mistakes in front of others, and not yet knowing things the role might be expected to know. Leaders who cannot tolerate that state will avoid new learning rather than pursue it.

What is hansei and why does it matter for continuous improvement?

Hansei is the Japanese practice of honest reflection on what happened examining what was set out to do, what was actually done, and what was learned. It is the reflection component of Kaizen that generates the learning yokoten then spreads broadly. Without hansei, experience produces neither learning nor improvement.

How does the Lean view of leadership differ from the traditional view?

The traditional view concentrates direction at the top the senior person knows the most and tells others what to do. The Lean view recognizes that the person closest to specific work knows the most about that work, and the leader’s role is to create conditions that allow that knowledge to be applied effectively.

Why does Lean leadership require systems thinking?

Because individual problems are almost always produced by system conditions. Addressing the symptom without examining the system produces recurring problems. Systems thinking asks what would need to change in the design, staffing, planning, or process for the system to produce a different outcome reliably.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

Leaders Make Learning the Ongoing Payoff for the Team and Themselves

Posted on by Danny Jiménez⁩
Read 19 min

Lean Leadership: Learning to Lead, Leading to Learn

Katie Anderson describes the Lean leader’s journey as “Learning to Lead, Leading to Learn.” That framing is more precise than it might appear at first. It is not just that Lean leaders happen to learn while they lead. It is that the act of leading genuinely, in the field, with real people and real problems is one of the most effective mechanisms for learning available to any practitioner. The two activities are not sequential. They are mutually reinforcing, and when a leader understands that relationship, the entire orientation of their leadership shifts from directing to developing.

What It Actually Takes to Learn

Before the question of how to lead for learning, there is the more foundational question of what learning requires. Formal education’s answer that learning happens through instruction, is demonstrated through examination, and eliminates those who cannot keep pace is a failure model. Construction’s equivalent that experience accumulates through proximity to work and eventually produces competence is better, but still insufficient. Both models treat learning as something that happens to people rather than something people actively do.

Erika Andersen, writing in the Harvard Business Review, identifies four attributes that genuinely skilled learners develop and sustain: aspiration, self-awareness, curiosity, and vulnerability.

Aspiration is about where the attention goes. When a new skill or subject initially feels challenging or unappealing, learners who sustain engagement shift their focus from the difficulty to the benefit. They ask not “why is this hard?” but “what becomes possible when I understand this?” In construction, this is the difference between the leader who views Lean as an additional burden on an already demanding schedule and the one who asks what the project could look like if flow were working correctly.

Self-awareness is about honest perception of one’s own performance. The inner voice of an effective learner functions as what Andersen calls a “fair witness” reporting what is actually happening without either harsh self-criticism that shuts down engagement or protective rationalization that prevents clear seeing. Leaders who cannot see their own contribution to the problems around them cannot improve the systems that produce those problems.

Curiosity is the instinct that great learners retain from childhood or consciously rebuild. Instead of reinforcing initial disinterest in an unfamiliar subject, they learn to ask genuine questions about it and follow those questions with action. The curiosity is not passive, it generates investigation, experimentation, and engagement with people who know what the curious learner does not yet know.

Vulnerability is the willingness to be a beginner to be at the start of a learning curve, to make mistakes in front of others, to not know things that the role might be expected to know. Andersen describes this as getting good at being bad. It is the attribute that determines whether a leader will actually try something new or whether their need to appear competent will prevent them from ever developing the next level of capability.

Reflection as a Planned Practice

Learning does not happen automatically from experience. It happens through reflection on experience, the deliberate examination of what was set out to do, what was actually done, and what specifically was learned along the way. The Study or Adjust step in the PDCA cycle is where this reflection is formally built into an improvement process. The Plus/Delta at the end of a meeting is a lightweight version of the same practice. Retrospectives, journaling, and reflection in action are all expressions of the same underlying discipline: pausing to examine what just happened in order to extract durable learning rather than just moving to the next thing.

Kaizen at Toyota includes two components that are rarely taught together: hansei: reflection on what happened and yokoten sharing what was learned broadly. Without hansei, the learning is lost. Without yokoten, the learning stays with the individual rather than becoming organizational knowledge. The pattern requires both, and it requires leadership to model them. When leaders reflect visibly, when they share their own learning openly, when they create structured time for the team to reflect rather than immediately pivoting to the next task, they communicate that learning is a legitimate and valued use of time on this project.

Bringing Out the Best in Others

The traditional view of leadership is that the senior person knows the most and therefore provides direction. This view is understandable in contexts where expertise is genuinely concentrated at the top. It is not the right view for construction, where the person who performs a specific job knows the most about that specific job, and where the challenges that matter require coordination across multiple people, roles, disciplines, organizations, and companies.

Lean leadership begins from a different premise: the person closest to the work has the most relevant knowledge about that work. The leader’s role is to create the conditions under which that knowledge can be applied to remove obstacles, to surface problems that individuals cannot solve alone, to facilitate collaboration across organizational boundaries, and to connect people who have solved a problem with people who are encountering it for the first time.

This reframe changes the fundamental question a leader asks in any situation. The traditional question is “what should I tell them to do?” The Lean leader’s question is “what do they need from me so they can do what they already know how to do?” Those are very different questions, and they produce very different leadership behavior.

Here are the ways Lean leaders expand learning rather than contain it:

  • They ask what can be learned from the mistakes others have already made, so those lessons do not have to be re-experienced by every person on every project.
  • They bring additional expertise or perspectives into experiments rather than running them in isolation.
  • They identify who else could benefit from what was learned and share it proactively.
  • They find out who has already solved the problem they are facing before beginning their own analysis from scratch.
  • They partner with other people who are also on a Lean leadership journey, because growth accelerates in relationship.

The Systems Thinking Dimension

Lean leadership also requires taking a long-term, systems-thinking perspective seeing individual problems in the context of the systems that produce them rather than as isolated events. A worker making a repeated error is a systems problem until the system has been examined and adjusted. A trade partner who consistently delivers late materials is a supply chain design problem until the procurement and production plan alignment has been examined. A superintendent who is perpetually in firefighting mode is a project design problem until the planning, staffing, and production control systems have been examined.

This perspective is difficult for leaders who are rewarded primarily for short-term results. The system-thinking orientation asks: what produced this outcome, and what would need to change so that the system produces a different outcome reliably? The answer to that question often requires investment in the present in planning, in people development, in process improvement before the benefit is visible. Leaders who can hold that longer view are the ones who produce genuinely better projects rather than just better-looking ones in the short term.

The Learning Partnership

One of the most underrated practices for Lean leadership development is the learning partnership finding another leader who is also on the Lean journey and committing to learning together rather than separately. The value of a partner is not that they have the answers. It is that they ask different questions, surface different blind spots, and provide the accountability that keeps the learning continuous rather than episodic. The partnership does not require proximity. In an era of video communication, a Lean leadership partner can be on the other side of the country or the world.

The Toyota Way’s principles nine and ten, grow leaders and develop people and teams are stated as organizational responsibilities. But they begin with individuals who decide to develop themselves, who model the learning behaviors they want to see in their teams, and who treat leadership not as a position they have arrived at but as a practice they are continuously developing.

At Elevate Construction, the mission to build remarkable people who build remarkable things is a learning mission. The boot camps, the training programs, the free content, all of it is designed to accelerate the learning journey of people who want to lead differently. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow. Learning to lead. Leading to learn. Both at the same time, in service of the people and projects that deserve better than the industry has typically given them.

On we go.

Frequently Asked Questions

What does “learning to lead, leading to learn” actually mean in practice?

It means that the act of leading taking on real challenges with real people is itself one of the most effective learning mechanisms available. Leadership and learning are not sequential stages. They are mutually reinforcing practices that accelerate each other.

Why is vulnerability important for a construction leader?

Because developing new capabilities requires being at the start of a learning curve, making mistakes in front of others, and not yet knowing things the role might be expected to know. Leaders who cannot tolerate that state will avoid new learning rather than pursue it.

What is hansei and why does it matter for continuous improvement?

Hansei is the Japanese practice of honest reflection on what happened examining what was set out to do, what was actually done, and what was learned. It is the reflection component of Kaizen that generates the learning yokoten then spreads broadly. Without hansei, experience produces neither learning nor improvement.

How does the Lean view of leadership differ from the traditional view?

The traditional view concentrates direction at the top, the senior person knows the most and tells others what to do. The Lean view recognizes that the person closest to specific work knows the most about that work, and the leader’s role is to create conditions that allow that knowledge to be applied effectively.

Why does Lean leadership require systems thinking?

Because individual problems are almost always produced by system conditions. Addressing the symptom without examining the system produces recurring problems. Systems thinking asks what would need to change in the design, staffing, planning, or process for the system to produce a different outcome reliably.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

First Run Video Studies: Plan-Do-Check-Adjust

Posted on by Danny Jiménez⁩
Read 19 min

First Run Studies: How to Eliminate Waste Before It Becomes the Standard

There is a principle embedded in the way Taiichi Ohno taught that never loses its relevance. He would walk onto the shop floor, draw a circle on the ground, stand in it, and observe. Not to manage. Not to direct. To see what was actually happening, to study it with enough patience and depth to understand what the real process was, where the waste lived, and what could be improved. From that observation, he would develop enough knowledge to change the system rather than just the people.

Glenn Ballard and Greg Howell applied the same spirit to construction in 1997 through what they called First Run Studies, a method of observing work methods in the field, identifying waste, designing better methods, and establishing the improved approach as the new standard before the work pattern becomes entrenched. The name captures the intent: study the work on the first run, before the method hardens into habit, and use what you learn to set a better standard from the beginning.

The Opportunity Most Projects Miss

Every scope of work on a construction project is performed for the first time, then repeated, sometimes hundreds or thousands of times. The method used in the first few cycles tends to become the de facto standard for every cycle that follows. If the method contains waste, unnecessary motion, waiting, over-processing, material handling that could be eliminated, that waste is replicated every time the scope repeats. A crew that installs drywall inefficiently in week one will install it the same way in week eight unless something deliberately interrupts and improves the method.

Most projects never deliberately interrupt the method. The work gets done. The schedule advances. And the waste is embedded in every unit of work from start to finish not because the crew does not want to work better, but because nobody has created the time and structure to examine the method and improve it.

First Run Studies create that time and structure. They apply the PDCA cycle specifically to work method improvement, using video as the observation tool and craft worker expertise as the primary input to the improvement design.

Step One: Plan

The planning phase determines which activity to study, assembles the right people, and designs the most effective possible work method before the first run begins. Activities that are either highly repetitive where a small improvement multiplies across many cycles or that carry high risk for the project in terms of safety, quality, or schedule are the highest-leverage candidates.

The people assembled in the planning phase must include the craft who will perform the work. This is non-negotiable. The craft know the activity in ways that the superintendent and project manager do not. They know where the friction is, where the waiting happens, what the right tool for each motion is, and where the setup creates unnecessary walking. Brainstorming the most effective work method without the people who will execute it is not planning, it is guessing. Planning also covers safety, quality, productivity, and the assignment of the labor, tools, equipment, and resources the first run will require.

Step Two: Do

The first run is performed, and it is recorded on video. Not eight hours of footage, ten to twenty minutes of recording that captures several complete cycles of the activity. A drywall installation study, for example, captures planning, measuring, cutting, material handling, and installation of complete sheets. The video is not a surveillance tool. It is a learning tool. That distinction must be communicated clearly to the craft before filming begins, and it must be honored in how the footage is used.

The common pushback from craft workers is understandable: being filmed at work raises concerns about evaluation, job security, and management using the footage for purposes other than what is stated. The response to that concern is genuine and specific: the video exists to help the workers improve their method, make the work easier, reduce the physical burden of unnecessary motion, and make the company more competitive. It will not be used for monitoring, for performance evaluation, or as grounds for any employment decision. That commitment must be real, not just stated.

Step Three: Check

The most valuable step, and the one that most improvement efforts skip. The Check phase in a First Run Study involves reviewing the video with the craft who performed the work breaking the recording down into three categories: value-added work, necessary non-value-added work, and waste.

Value-added work is any activity that transforms the product in a way the customer would pay for, the installation itself, the cut that makes a piece fit, the measurement that ensures quality. Necessary non-value-added work is activity that does not directly transform the product but is required given current conditions, material staging, tool retrieval, workspace preparation. Waste is everything else: motion that produced nothing, waiting caused by sequence or material delivery problems, double-handling of materials, over-processing that created extra work without adding value.

The craft who performed the work can classify every segment of the video. They know what each motion was for. They know which parts of the sequence felt efficient and which felt forced. They are much closer to the waste in the process than any observer watching from a distance could ever be. The Check phase exists to extract that knowledge rather than leaving it unutilized.

Here are the categories of improvement that First Run Studies consistently reveal:

  • Motion waste from tools or materials stored at distances greater than the ten-foot rule allows.
  • Waiting waste from material delivery timing that does not align with the installation sequence.
  • Over-processing from assembly sequences that could be reorganized to eliminate steps.
  • Material handling waste from delivery in batch sizes that require additional sorting, staging, and repositioning at the work face.
  • Safety exposure from setup conditions or sequencing that creates unnecessary risk.

Step Four: Adjust

The improvement phase synthesizes everything the craft identified in the Check phase into a new, better work method that becomes the standard. This is where the craft’s ownership of the improvement is most clearly expressed. They identified the waste. They proposed the improvements. The method they helped design is theirs in a meaningful way which is why they implement it with more fidelity and more care than a method that was designed for them by someone who never performed the work.

The new standard is documented, practiced, and then subjected to the next First Run Study cycle. The improvement does not stop at one cycle. The adjusted method becomes the new starting point, and the next observation cycle looks for waste in the improved version. Continuous improvement means continuously cycling, each time from a higher floor.

The Outcomes Are Measurable

The benefits that First Run Studies produce are real and documented. Labor productivity improves when waste is eliminated from repetitive operations. Safety hazard identification improves when the observation process examines the work method with safety explicitly in the frame. Material inventory batching and stocking locations improve when the video reveals how material delivery timing creates or eliminates waiting. Crew size is optimized when the observation makes visible where crew members are waiting or redundantly performing the same motion. And craft morale and work satisfaction improve when workers experience that their expertise is valued and their input produces real changes in how the work is done.

That last outcome deserves emphasis. Craft worker salaries represent the single largest expense on most construction projects. And yet the knowledge, expertise, and improvement potential of craft workers is one of the most consistently underutilized resources in the industry. The First Run Study gives those workers a genuine mechanism for contributing to the work method design, not as a token gesture, but as the primary source of improvement insight. When workers realize they play a significant role in designing the method, solving the problems, and making the project better, they share ideas more openly and implement the improved method more fully.

At Elevate Construction, respect for people is not a poster on the wall, it is the reason the worker huddle communicates the plan before the shift begins, the reason pre-task plans are built with the crew rather than handed to them, and the reason improvement processes like First Run Studies treat craft expertise as the primary input rather than a secondary consideration. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow. Go and see. Ask why. Show respect. Involve the craft. See the waste. Make the improvement. Create the standard. Repeat.

On we go.

Frequently Asked Questions

What is a First Run Study and why does it matter?

A First Run Study is a structured method for observing a work activity on its first cycle, identifying waste through video review with the craft performing the work, and designing a better method before the current method becomes the entrenched standard.

Why must the craft who performed the work participate in the Check phase?

Because they are closest to the waste and know the work in ways that outside observers cannot replicate. Their knowledge of where the friction, waiting, and unnecessary motion occur is the primary input to the improvement design.

Why is video recording used rather than direct observation?

Video captures complete cycles with more accuracy than memory and allows the full team including the craft to review the same footage multiple times, classify each segment, and build a shared understanding of where the waste is.

How do you address craft worker resistance to being filmed?

By being specific and genuine about the purpose, the video is a learning tool for improving the work method, not a surveillance or performance evaluation tool and by honoring that commitment consistently in how the footage is actually used.

How does the First Run Study cycle connect to PDCA?

The First Run Study is PDCA applied specifically to work method improvement: Plan the first run with the craft, Do the run and record it, Check the recording by classifying activities as value, necessary non-value, or waste, and adjust by designing and standardizing the improved method.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

PDCA is How We Improve the Industry

Posted on by Danny Jiménez⁩
Read 19 min

PDCA: The Improvement Engine That Can Transform Construction If You Complete All Four Steps

The construction industry is genuinely hard. Confrontational, personally draining, riddled with waste. Rising material and labor costs. Shrinking margins. A waning supply of skilled people. These challenges are not accidents; they are symptoms of an industry that has not yet made continuous improvement a cultural norm. And the most direct path from those symptoms to something better is a practice most people have heard of and most organizations only partially do.

Plan, Do, Check, Act. PDCA. The iterative improvement cycle that sits at the heart of Lean thinking and that, when practiced in full, gives any organization a mechanism for making tomorrow better than today. When practiced in part which is how most teams use it, it generates activity without compounding learning.

Where PDCA Comes From

The concept of PDCA emerged from scientific methodology: develop an idea through observation, test it through experimentation, and refine or abandon the idea based on results. Dr. Walter Shewhart transformed that linear sequence into an iterative cycle. Edward Deming Shewhart’s student developed and popularized it in the 1960s, and was specific about the intention: it is not about completing one cycle and moving on. It is about cycling continuously until the intended result is achieved, with each cycle generating learning that makes the next cycle more effective.

Deming’s preferred framing was Plan-Do-Study-Act, with Study emphasizing that the Check phase is not just a verification step but a genuine learning exercise. Some practitioners use Adjust rather than Act, which better captures the intent: the fourth step is not just action, it is intentional adjustment based on what was learned, either standardizing what worked or returning to the Plan phase with better understanding.

The Four Steps in Full

Plan is where most of the work should happen, even though it is consistently where the least time is invested. The planning phase has five specific components: defining value from the customer’s perspective or the goal to be achieved, understanding existing standards and best practices that serve as the baseline, clarifying the gap between current performance and the target using measurable data, getting to the root cause of the gap rather than the symptom, and identifying the specific countermeasures not solutions, but countermeasures that address the root cause.

The word countermeasures rather than solutions is deliberate and important. A solution implies the problem is finished. A countermeasure implies the improvement is tested, verified, and then either standardized or adjusted. That framing keeps the continuous improvement flywheel spinning rather than treating each fix as a final answer. Intentionally developing countermeasures is what makes the cycle iterative rather than episodic.

The tools that support the Plan phase are numerous and worth knowing. Conditions of satisfaction ensure the problem being solved actually addresses what customers value. Gemba walks going to see the problem firsthand, talking to the people closest to it, ground the analysis in reality rather than in assumptions. Process mapping makes the actual flow of work visible to everyone simultaneously. The 5 Whys drives from symptom to root cause through repeated inquiry. Cause and effect diagrams structure the identification of potential root causes. And the A3 is the one-page format that holds the entire PDCA cycle in a single visible document, forcing all phases to be completed rather than allowing the cycle to stop after Do.

Do is where countermeasures are implemented but on a test basis. Not a full rollout. A controlled experiment with limited scope so that the cost of learning from an ineffective countermeasure is minimized. The implementation plan identifies who does what by when. The data to be collected during the test is specified in advance so the Check phase has something to measure against. The scientific method is followed: execute the plan, observe the results, record the data.

Check is the most overlooked phase and the one that makes PDCA genuinely continuous rather than cyclical only in theory. The Check phase asks three questions: what did you expect to happen, what actually happened, and what did you learn? The gap between expectation and outcome is the information, it tells the team whether the countermeasure addressed the root cause effectively, whether there were unintended consequences, and what needs to be different in the next cycle.

Most teams skip Check because they assume the countermeasure worked. They move on. And then six months later the same problem surfaces again because the countermeasure was never verified, the root cause was never confirmed as addressed, and no learning was institutionalized. Only performing Plan and Do wastes most of the value of the effort already invested.

Act or Adjust is the decision step that closes one cycle and either opens the next or locks in the improvement. If the Check phase reveals that the countermeasure did not produce the intended result, the team goes back to Plan with better information: the original root cause analysis was incomplete, or the countermeasure addressed the wrong cause, or unintended consequences need to be accounted for. If the Check phase confirms the countermeasure worked, the team standardizes, updates the process documentation, trains people to the new standard, and ensures the improvement is accessible to everyone who needs it rather than living in the memory of the team that ran the cycle.

An Example from Design and Construction

The PDCA cycle is operating every time a design team produces and refines a model. The architect interprets what the customer wants and develops a design intent, this is Plan. The team uses that design to create a working model, this is Do. The team runs clash detection and coordinates with trade partners to confirm the design works as intended, this is Check. And the model is updated to resolve the issues discovered until it is ready for fabrication, this is Act. The cycle repeats until the design is resolved. When teams do this well, each iteration is faster and more productive because the Check phase genuinely informs what changes the next iteration needs to make.

Here are the warning signs that a team’s PDCA practice is incomplete:

  • Countermeasures are implemented and never followed up on to verify whether they worked.
  • The same problems surface repeatedly on different projects or in different phases of the same project.
  • Improvements are documented in lessons-learned logs but never make it into the standard work that governs how the next project begins.
  • The Check phase is replaced with an assumption that the change worked because nothing visibly went wrong immediately.
  • Learning stays with the individual who ran the improvement cycle rather than becoming organizational knowledge.

The Specific Challenge in Construction

The AEC industry has historically been good at planning and doing. The improvement opportunity is concentrated in Check and Act. One reason is organizational: projects end and teams disperse before the Check phase can fully assess whether the changes made during the project actually held and produced lasting results. Another reason is cultural: the industry’s orientation toward immediate results makes the time investment of a genuine Check phase feel like overhead rather than production.

Both of these are system problems, not people problems. Organizations that create the structural conditions for Check and Act, project retrospectives, communities of practice, shared A3 libraries, standing monthly improvement reviews build the mechanisms that make PDCA work as a continuous cycle rather than as a two-step process. The team that checks whether its countermeasures worked and adjusts accordingly is the team that compounds its improvement over time. Every cycle generates learning that makes the next cycle more effective. The value is not in any single cycle; it is in the accumulation.

At Elevate Construction, the PDCA cycle is embedded in the weekly work planning process, in the retrospective practice at the end of every training event, and in the A3 problem-solving framework that runs through project consulting engagements. Percent plan complete is not tracked to assign blame, it is tracked to generate the Check that informs the Adjust. Root cause analysis of missed commitments is not a bureaucratic exercise; it is the system design update that prevents the same miss from recurring. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow.

To survive and improve, we must practice all four steps. Plan with genuine depth. Do on a test basis. Check with honest measurement. Act by standardizing what works or returning to Plan with better information.

On we go.

Frequently Asked Questions

What is the difference between a countermeasure and a solution in PDCA thinking?

A solution implies the problem is finished and the work is done. A countermeasure implies the improvement is a tested response to a root cause, one that will be verified in the Check phase and either standardized if effective or adjusted if not. The framing keeps the improvement cycle continuous.

Why is Check the most overlooked phase?

Because most teams assume their countermeasure worked and move on once it is implemented. Without a deliberate Check, the gap between what was expected and what actually happened is never examined which means the learning that would make the next cycle more effective never happens.

What is the role of standardization in the Act phase?

When the Check phase confirms a countermeasure worked, standardizing means updating the process documentation, training people to the new standard, and ensuring the improvement is accessible to everyone who needs it, not just to the team that ran the cycle. Without standardization, the improvement lives in memory and disappears when the team moves on.

How does PDCA connect to A3 problem solving?

The A3 format is structured around the PDCA cycle, the sections of an A3 correspond to Plan, Do, Check, and Act. Using the A3 forces all four steps to be completed rather than allowing the cycle to stop after Do, which is what happens when there is no structured framework requiring follow-up.

Why does PDCA need to be iterative rather than a single cycle?

Because complex problems rarely yield their full root cause in one cycle. The learning from the first cycle especially from the Check phase reveals aspects of the problem that were not visible before the first countermeasure was tested. Each cycle generates better understanding that makes the next cycle more effective.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

PDCA Lessons Learned

Posted on by Danny Jiménez⁩
Read 18 min

PDCA Done Right: Four Lessons That Make Problem-Solving Actually Work in Construction

Most people in construction have heard of PDCA. Plan, do, check, adjust. The Deming cycle. The scientific method applied to improvement. It shows up in Lean training, in retrospective discussions, in the documentation of continuous improvement initiatives. And on most projects, it never actually completes. The planning happens. Some version of the doing happens. And then the project moves on without the checking or the adjusting, because those steps feel like overhead when the next problem is already demanding attention.

The result is an industry that repeats the same problems, project after project, because the mechanism that would convert experience into learning is consistently left incomplete. This blog is about four lessons that make the difference between PDCA as a concept and PDCA as a practice.

The Problem Underneath the Problem

Before the four lessons, it is worth naming what makes PDCA difficult to practice consistently. Two specific tendencies undermine it on most project teams. The first is the organizational pressure for immediate results, the instinct to jump to a solution as quickly as possible, demonstrate action, and move on. This tendency makes the Plan phase feel like delay rather than investment. The second is the bias toward solution implementation over problem understanding, addressing what the problem looks like rather than what caused it, which produces countermeasures that address symptoms and leave the root cause untouched.

Both tendencies are understandable. Both produce the same outcome: partial PDCA cycles that invest effort without generating durable learning. Having a problem well stated is a problem half solved. The investment that looks like delay in the Plan phase is what makes the Do phase count.

Lesson One: Early Investment in Understanding Pays Back in Full

The most counterintuitive truth in PDCA is that spending more time in the Plan phase genuinely understanding the problem and its root causes before implementing any countermeasure consistently reduces the total time and effort required to close the gap between the current state and the target condition.

The math is not complicated. A countermeasure implemented without genuine root cause understanding has a high probability of addressing the symptom rather than the cause. When the symptom is addressed, the cause continues to produce new instances of the same problem. The team addresses the next instance, and the next, and the next. Each cycle consumes time and attention. The original investment in the Do phase was multiplied by repetition, and the problem was never resolved.

A countermeasure that addresses the actual root cause eliminates the recurring problem. The upfront investment in the Plan phase is larger. The total cost across the full cycle is dramatically lower. People in construction are generally skilled at planning and doing. The improvement opportunity is in how thoroughly they check and how deliberately they adjust. The checking is where the learning happens. The adjusting is where the learning becomes durable. Only performing the first two steps of PDCA which is what most teams do wastes most of the value of the effort that was already invested.

Lesson Two: People Are a Force Multiplier

Construction does not happen in isolation. It happens through teams of multi-disciplinary participants, multiple organizations, multiple layers of expertise and experience. Solving problems alone without utilizing the perspectives, knowledge, and ideas of the people closest to the work is what limits improvement to single-digit results. Involving the right people produces outcomes that are faster, more accurate, and more durable.

Toyota, which sustains industry-leading performance consistently and over decades, makes continuous improvement a cultural norm that begins with leadership and includes every stakeholder in the process. Cross-functional teams that represent every stakeholder in the problem produce solutions that account for perspectives no single expert could see alone. The person who designed the process has different visibility than the person who executes it. The foreman who runs the daily work has different visibility than the superintendent who coordinates across trades. Both perspectives are necessary to understand the problem fully and to design a countermeasure that will actually hold in the real conditions of the field.

Beyond the quality of the solution, inclusive problem-solving builds the team. When people are brought into the improvement process rather than having solutions handed down to them, they understand the reasoning behind the change, they have ownership of the outcome, and they have developed capability that carries forward to the next problem. The improvement and the team development happen simultaneously.

Lesson Three: Practice PDCA to Develop People

PDCA is not just a problem-solving method. It is a people development method. And one of the most powerful mechanisms for combining both is A3 problem-solving run through a coach-student model.

In the coach-student model, the person working through the A3 is guided by a more experienced practitioner who does not give answers but instead asks questions, questions that guide the student to discover the root cause, develop the countermeasure, and design the implementation themselves. The student learns through discovery rather than instruction, which produces a fundamentally different kind of understanding. The knowledge is not received, it is developed through the student’s own thinking, tested against reality, and validated through the check and adjust steps of PDCA.

John Shook’s Managing to Learn is the definitive resource on this model, a detailed exploration of how A3 thinking combined with the coach-student relationship develops Lean thinkers throughout an organization. The A3 is the tool that forces all four steps of PDCA to be completed rather than allowing the cycle to stop after the Do phase. By requiring a Follow Up section that verifies whether the countermeasure produced the expected results, the A3 makes the Check and Adjust steps non-optional rather than aspirational.

Lesson Four: Think Lean to Prevent Recurrence

PDCA that produces a lesson learned filed in a shared drive is not PDCA. PDCA that produces a change to the standard work, a change to the system that makes it structurally harder for the same problem to recur is the real objective.

Several Lean thinking drivers should shape every PDCA cycle. The customer’s perspective of value should come first: is the improvement being proposed actually in service of what the customer values, or is it optimizing something that matters primarily to the producer? Fact-based data should drive the analysis: not impressions, not assumptions, not the loudest voice in the retrospective conversation, but the actual evidence of what is happening and why. A cross-functional team should be involved from problem definition through countermeasure development: the right expertise in the room is what prevents the analysis from being shaped by a single perspective’s blind spots.

When practicing PDCA on an existing process, the goal is not random brainstorming about what could be better. It is looking at the standard work with specific attention to where the flow breaks down, the places where the process produces abnormal results and implementing changes that restore reliable flow while building in mechanisms to see when the flow breaks down again in the future. Stop, call, wait, the Andon principle is the field-level expression of this. Build the system so that abnormalities are visible and addressed immediately rather than absorbed and repeated.

Here are the signals that PDCA is being practiced correctly rather than performed superficially:

  • The Plan phase produces a clear root cause before any countermeasure is designed.
  • The team that implemented the change is the same team that checks whether it worked.
  • The check produces either confirmation of the standard or a new problem statement, never a shrug and an assumption that it probably worked.
  • The adjust step produces a change to the standard work rather than a note in a lessons-learned log.
  • New team members are trained to the updated standard before they encounter the problem the change was designed to prevent.

Connecting to the Mission

At Elevate Construction, PDCA is embedded in the meeting system, in the retrospective practice, and in the daily way the team reflects on commitments and misses. Percent plan complete is not tracked for accountability, it is tracked for learning. The root cause of every missed commitment is examined not to assign blame but to identify what in the system needs to change. And the improvements that result are captured in the standard work so the next iteration of the process starts from a higher floor. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow. PDCA done right is how the industry gets better. Not project by project, starting from the same place every time but cumulatively, with each cycle producing a durable improvement that compounds into organizational capability.

On we go.

Frequently Asked Questions

Why do most PDCA cycles in construction stop after the Do phase?

Because the Check and Adjust steps feel like overhead when the next problem is already demanding attention. But stopping at Do wastes most of the value of the effort already invested without checking, the countermeasure is never validated, and the learning never happens.

What makes a root cause analysis genuinely effective?

It requires enough time and enough cross-functional perspective to get past the symptom to the actual cause. The most common failure is confusing what the problem looks like with what produced it. A problem well stated is a problem half solved.

How does A3 problem-solving support people development?

Through the coach-student model, where the A3 practitioner develops their understanding by working through the problem themselves under guidance rather than receiving a solution. The discovery process produces durable understanding that instruction alone cannot create.

What is the goal of PDCA — a lesson learned or a change to the standard?

A change to the standard. A lessons-learned document filed somewhere is not improvement. A change to the standard work that makes it structurally harder for the same problem to recur is improvement.

What does “Lean thinking” add to a PDCA cycle?

It grounds the analysis in the customer’s perspective of value, requires fact-based data rather than impressions, insists on cross-functional involvement, and focuses improvement efforts on the places where the flow breaks down rather than on random optimization.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

How to Realize Value from Conducting a Plus/Delta Evaluation

Posted on by Danny Jiménez⁩
Read 18 min

Plus/Delta: The Tool That Gets Meetings Better — When It Is Used Correctly

No competent builder would choose a hammer to drive a screw. Everyone in construction understands that choosing the right tool matters. And using it correctly with actual understanding of its purpose and capability is what separates a result from a damaged surface. This principle is as true of facilitation tools as it is of construction tools. And Plus/Delta is a facilitation tool that the Lean construction community uses constantly and understands incompletely.

Most teams run a Plus/Delta at the end of a meeting by asking “any plusses?” and “any deltas?” collecting a few answers, and moving on. They think they are doing continuous improvement. They are actually going through the motions of it while producing almost none of the value the tool was designed to deliver. This blog is about what Plus/Delta was actually designed to do and how to use it in a way that produces genuine meeting improvement.

Where Plus/Delta Came from and Why It Matters

In the 1970s, Michael Doyle and David Straus published a book called How to Make Meetings Work. As architects, they had spent years in design and construction projects, watching the conflicts and inefficiencies that characterized most professional meetings. They decided to find out what was actually going wrong. Their method was simple: they asked people across many different contexts what went wrong in their meetings.

The answers were remarkably consistent. People did not know why they were meeting or what the meeting was supposed to accomplish. There was no agenda or time allocation. Roles and decision-making authority were unclear. Someone dominated or went off track. Ideas were captured inconsistently or not at all. Action items were not assigned or followed through. The level of detail was wrong either too granular or too high-level, moving too fast or stuck.

Here is the insight Doyle and Straus drew from that pattern: none of those problems were about what the meeting was about. All of them were about how the meeting was planned and run. They called this condition process blindness, the failure to see that meetings have a process dimension that is separate from their content dimension, and that the process dimension is what determines whether the content accomplishes anything. The cure was process awareness, supported by a designated neutral facilitator whose job was to manage the meeting process rather than the meeting content.

The Plus/Delta emerged from this work as the Check step in the PDCA cycle applied to meeting process improvement. W. Edwards Deming, whose work on Total Quality Management was influencing organizations everywhere at the same time, had established that you cannot improve a process you cannot measure. Doyle and Straus applied that principle to the meeting process itself: plan the meeting, run the meeting, check how the process worked, act on what could be improved. Plus/Delta is the Check. The improvement at the beginning of the next meeting is the Act.

LCI founders Glenn Ballard and Greg Howell attended facilitation skills training at the firm Doyle and Straus founded and brought Plus/Delta along with many other best practices into the Lean construction community. That is where the tool came from. And it is what gets lost when teams use it as a routine sign-off question rather than as a genuine process improvement mechanism.

The Problem with How Most Teams Use It

“Any plusses? Any deltas?” asked to a tired group at the end of a long pull planning session or weekly work plan meeting produces generic feedback about the content of the discussion “that was a good meeting,” “we covered a lot of ground,” “we ran long on item three.” This is not process improvement. It is an opinion poll about how people felt.

The original intent of Plus/Delta is to evaluate the meeting process, specifically, whether the process design served the meeting’s purpose and what could be done differently in the next meeting to make the process work better. Plusses about what worked in the process. Deltas about what in the process could be improved. Not what the content was, but how the meeting was planned and run.

When Plus/Delta is disconnected from the meeting process, teams lose the feedback loop that would make their meetings progressively better. They run the same kind of meeting the same way, encounter the same friction, collect the same vague responses, and file them nowhere. The tool is present. The improvement is absent.

How to Use Plus/Delta Effectively

The quality of a Plus/Delta is determined by the quality of the questions. Generic questions produce generic answers. Specific questions about the meeting process produce specific, actionable feedback.

Start by identifying the critical success factors for the kind of meeting you just ran. What would have made this meeting great? For a weekly work plan meeting, critical success factors might include: clarity of commitment from each trade, productive use of the time allocated to each zone or phase, honest identification of roadblocks rather than optimistic assumptions, and clear ownership of each action item. For a pull planning session, they might include: genuine trade partner engagement throughout the backward pass, confirmation of handoff logic from zone to zone, and the team leaving with a shared understanding of the sequence they committed to.

Then design the Plus/Delta questions around those specific success factors. Not “what worked?” but “how did we do at making sure every trade partner declared their handoffs honestly?” Not “what could be better?” but “where did we lose time in the sequence, and what in the process produced that?” Specific questions produce answers that lead somewhere.

Vary the format. Ask for feedback on sticky notes rather than through open verbal response. Suggest a two-minute paired discussion to generate one improvement suggestion per pair before the whole group shares. Create and use a Great Meetings Checklist that holds the success factors visible and audits against them at the end of each session. If feedback from the previous meeting’s Plus/Delta produced a change, put that change on a flipchart at the start of the next meeting and check back at the end: did the change produce the improvement we expected?

Here are the signals that Plus/Delta is being used as a genuine improvement tool rather than a ritual:

  • The questions asked are specific to the meeting’s process design, not about the content of the discussion.
  • Feedback from previous Plus/Deltas visibly influences how the next meeting is structured.
  • The facilitator tracks changes over time and the meeting format improves measurably from session to session.
  • Trade partners and team members give honest feedback rather than polite agreement because they have seen the feedback used.
  • The meeting’s critical success factors are visible and shared before the meeting begins, so the Plus/Delta at the end can measure against them.

The Most Important Commitment

All of this only works if the meeting leader is genuinely committed to using the feedback. A Plus/Delta run without follow-through is worse than no Plus/Delta at all, it signals to participants that their input is collected but not valued, which is more demoralizing than not being asked in the first place. If the team gives the same feedback three meetings in a row and nothing changes, they will stop giving feedback. The ritual will continue and the improvement will stop.

The actions of the meeting leader demonstrate either commitment to excellent meetings or the absence of that commitment. The tool will not do the work on its own. The leader’s decision to actually read the feedback, adjust the process, and track whether the adjustment produced improvement is what turns Plus/Delta from a meeting habit into a genuine continuous improvement cycle.

At Elevate Construction, every meeting from the strategic planning session to the foreman huddle to the training event has a process design that can be evaluated and improved. The retrospective at the end of the Super PM Boot Camp runs a structured Plus/Delta with specific questions about what served the learning objectives and what should be adjusted for the next cohort. The feedback is read, the improvements are made, and the next iteration is better because of it. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow.

Plus/Delta done right makes every meeting better than the last. Done wrong, it is a question asked into the air at the end of a long day, producing nothing durable and consuming everyone’s time. Be purposeful. Ask the right questions. Use the feedback.

On we go.

Frequently Asked Questions

What is Plus/Delta and what was it originally designed to do?

Plus/Delta is a meeting process improvement tool developed by Doyle and Straus in the 1970s. It was designed as the Check step of the PDCA cycle applied to meeting process, evaluating whether the meeting’s process design served its purpose and identifying specific improvements for the next session.

Why is the standard “any plusses, any deltas?” approach insufficient?

Because generic questions produce generic answers about how people felt, not about what in the meeting process worked or failed. Process improvement requires process-specific feedback, which requires process-specific questions.

What is process blindness and how does Plus/Delta address it?

Process blindness is the failure to see that meetings have a process dimension, how they are planned and run that is separate from their content. Plus/Delta creates process awareness by explicitly evaluating the process at the end of each session and generating improvements for the next one.

What makes a Plus/Delta question effective?

Specificity. Questions tied to the meeting’s identified critical success factors produce answers that lead to specific, actionable changes. “How did we make sure every trade partner declared their handoffs honestly?” produces useful feedback. “What worked?” almost never does.

What happens when Plus/Delta feedback is not acted on?

Participants stop giving honest feedback because they have learned it is not used. The ritual continues and the improvement stops. The tool becomes theater rather than a genuine improvement mechanism.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

Teaching Lean Construction I: Pull & Flow

Posted on by Danny Jiménez⁩
Read 18 min

Teaching Pull and Flow in Construction: The Simulation That Makes It Real

One of the most persistent challenges in Lean construction education is that most of the foundational tools for teaching Lean principles were developed in manufacturing. Pull planning. Kanban. Flow balance. Takt time. These concepts emerged from factory floors where partially assembled products move from one stationary machine to the next. When a new Lean learner from construction is put through a manufacturing-based simulation, something is always slightly off, the analogy requires translation, and the translation creates a gap between the principle and the construction context where it needs to apply.

Construction works differently. The product is stationary, the building stays in place while the crews move through it. Trades flow from zone to zone, completing work that is prerequisite to the next trade’s entry. The flow is not the material; it is the crews. And understanding pull and flow in construction means understanding how a parade of trades can be organized into a train that moves through a sequence of zones in a rhythm that protects handoffs and eliminates waiting.

The Flow Building Lean Game was developed specifically to teach pull and flow to construction practitioners in a context that matches their actual work simulating the construction of apartment buildings with LEGO bricks, using crews as the moving element and zones as the stationary element.

Round One: The Push System and Its Costs

The first round of the game simulates a traditional push production system. The logic of a push system is intuitive and familiar: produce as much as you can as fast as you can, move the output downstream regardless of whether the downstream process is ready to receive it, and rework whatever does not meet the standard after the fact. The assumptions baked into this logic are the same assumptions that most traditional construction management is built on. The faster I produce, the better for the project. Do not stop to check quality, we will fix it if necessary. The company does not pay me to think.

These assumptions produce predictable outcomes when simulated. Overproduction creates inventory that piles up between stations because the downstream process is not ready for it. Waiting appears when upstream work was produced too slowly or in the wrong sequence. Rework appears because quality was not checked at the source. Transportation and motion waste appear as materials are moved unnecessarily or workers travel to find what they need. And because each operator is focused on their own speed rather than on the flow of the whole, the system produces fragmentation rather than coordination.

Participants in Round One experience this directly. The wastes are not described to them, they live them. The frustration of producing work that the next trade cannot use yet, of waiting for upstream work that was not ready, of discovering quality problems that require disassembly and reassembly of work that was already counted as complete, these are felt rather than observed. That felt experience is what makes the contrast with Round Two meaningful.

Round Two: Pull, Flow, and Takt

The second round implements a set of Lean principles that address the specific failures the first round produced.

The first principle is pull. In a pull production system, downstream activities signal their needs to upstream activities rather than upstream processes pushing output forward regardless of downstream readiness. Kanban is the mechanism, a visual signal that authorizes the upstream process to produce the next unit when the downstream process is ready to receive it. Pull eliminates overproduction by making demand visible and making production response to actual demand rather than to forecast. In the construction apartment simulation, this means each trade produces what the next trade is ready to receive, not more, not faster, not in the wrong sequence.

The second principle is continuous flow. Pull alone is not sufficient to achieve flow if the pace of each trade is significantly different from the others. When one trade is significantly faster than the next, the faster trade produces inventory that waits and the slower trade becomes the bottleneck that everyone else is waiting behind. Continuous flow requires that the pace of each operator or each trade be balanced to the Takt time. The game uses an Operator Balance Chart to make this balance visible.

The Operator Balance Chart is a graphical tool that shows the total cycle time for each trade as a stacked bar, with individual work elements shown as proportional segments within the bar. All bars are compared against the Takt time, the available production time divided by customer demand. In the game’s scenario, the customer wants ten buildings per day in ten-minute shifts, producing a Takt time of one minute per building. The OBC immediately reveals which trades have cycle times above the Takt time, these are bottlenecks and which are below it, these have capacity that can absorb additional work elements to bring slower trades closer to the rhythm. The process of redistributing work elements to balance all trades to the Takt time is not a theoretical exercise in the simulation. It is a visible, collaborative design problem that participants solve together.

The third set of principles is 5S, standardization, and poka-yokes applied to the construction process itself. The workspace is organized for the current scope. Standard work is established for each trade’s activities so that consistency and therefore reliability is possible. Error-proofing mechanisms prevent the most common quality failures from occurring in the first place rather than being caught in rework. Visual management makes the plan and the performance visible to everyone so the team can see as a group, know as a group, and act as a group. And a set of KPIs including percent plan complete and Takt health indicators enables PDCA cycles at the end of each simulated period so the team continuously improves the system rather than accepting its current performance.

Here are the core insights that Round Two consistently produces for participants:

  • Pull is not just a scheduling technique; it is a signal system that aligns production to actual demand and eliminates the inventory accumulation that push systems produce.
  • Flow is only achievable when cycle times are balanced to the Takt time, one fast operator upstream of a slower one creates the same waiting and stacking that poor planning does.
  • Takt time is not a target imposed on the team, it is the translation of customer demand into production rhythm, a number derived from reality that the team designs its system around.
  • Visual management is not an add-on; it is the mechanism that allows the team to see problems when they are still small rather than when they have compounded into schedule crises.
  • Continuous improvement is not a quarterly initiative, it is what happens at the end of every week when the team asks what they committed to, what they actually did, and what in the system needs to change.

The Connection to Pull Planning

The Flow Building game addresses the production system principles that underlie the Last Planner System: pull and flow. The next step, as participants move from the one-day simulation to the full LPS implementation, is collaborative planning: the pull planning session, the six-week look-ahead, the weekly work plan, and the daily worker huddle that communicates the plan to the people executing it. The production system principles learned in the simulation are the foundation. The collaborative planning practices of the LPS are how those principles become operational in the field, across multiple trades, across multiple zones, across the full life of a construction phase.

What the simulation proves consistently and across different participant groups is that the Lean approach produces dramatically better results than the push approach when everyone is working from the same system. The apartments get built in less time, with fewer defects, with less waste, and with more genuine collaboration between the simulated trades. That experience is what makes the subsequent investment in pull planning, look-ahead planning, and weekly work planning feel worthwhile rather than burdensome.

If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow. Experience the difference between push and pull. Then design your project to deliver the pull.

On we go.

Frequently Asked Questions

Why was the Flow Building game designed for construction rather than adapted from manufacturing?

Because in construction the product is stationary and the crews move which is the inverse of manufacturing where products move between stationary machines. A construction-specific simulation makes the pull and flow principles directly applicable without requiring translation.

What is the Operator Balance Chart and why is it used in the simulation?

The OBC is a graphical tool that shows each trade’s cycle time as a stacked bar compared to the Takt time. It makes bottlenecks immediately visible and provides a collaborative framework for redistributing work elements to balance all trades to the production rhythm.

What is Takt time in the context of this simulation?

Takt time is the available production time divided by customer demand in the game’s scenario, one minute per building. It synchronizes the pace of production to match the pace of customer demand and provides the rhythm that all trades must design their cycle times around.

What does the simulation demonstrate that lecture cannot?

It creates the felt experience of the difference between push and pull production, the frustration of overproduction and waiting in Round One, and the stability and collaboration of balanced flow in Round Two. That contrast produces behavioral understanding rather than conceptual familiarity.

How does this simulation connect to the Last Planner System?

The Flow Building game teaches the production system principles: pull, flow, Takt, balance that are the foundation of LPS. Collaborative planning through pull planning, the six-week look-ahead, and the weekly work plan are the next layer that makes those principles operational in real construction projects.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

Teaching Lean Construction II: Last Planner System

Posted on by Danny Jiménez⁩
Read 18 min

Teaching the Last Planner System Through Simulation: Why Experience Beats Explanation

The Last Planner System is one of the most powerful tools in Lean construction. It is also one of the most frequently misunderstood, partially implemented, and prematurely abandoned, not because the concepts are wrong, but because the transition from understanding them theoretically to implementing them practically is harder than most training approaches acknowledge. Reading about pull planning, percent plan complete, and the six-week look-ahead is a useful starting point. Watching someone explain it is better. But actually, experiencing the difference between a traditional planning approach and a Lean planning approach feeling the chaos of one and the stability of the other in a compressed simulation is what makes the concepts genuinely operational for the people who have to implement them.

This is the case for simulation-based LPS training, and it is the reason the Pull Planning Lean Game has become a meaningful educational tool in the Lean construction community.

Why Theory Alone Is Not Enough

Glenn Ballard and Greg Howell developed the Last Planner System through the 1990s. Lauri Koskela was developing the theoretical production framework that gave LPS its intellectual foundation at the same time. The theory is solid. The track record of successful implementation is growing. And yet the transition from concept to practice remains difficult particularly for the foremen, superintendents, trade partners, and project managers who lead production and have to run the system in real project conditions with real trade partners and real stakes.

The gap between theory and practice is not primarily a knowledge gap. Most practitioners who have been through an LPS training program understand the deliverables: master schedule, pull plan, six-week look-ahead, weekly work plan, day plan, percent plan complete. What they do not always understand not in the visceral way that changes behavior is why the system works and what traditional planning fails to produce. The simulation provides that understanding by letting participants experience both.

Round One: The Traditional System and Its Failures

The Pull Planning Lean Game is structured in two rounds. The first-round assigns participants roles, owner, general contractor, subcontractors, designer and asks them to build a Playmobil house using a traditional scheduling and production system. A Gantt chart governs the plan. Thirty minutes is given. Most groups build half the house or a little more.

What happens in that thirty minutes is exactly what happens on real construction projects managed through traditional systems. Overproduction building before preceding work is ready creates rework and confusion. Inventory accumulates in the wrong places. Waiting appears when upstream work is not ready for the downstream trade. Quality problems go undetected until they are embedded in work that has to be undone. Motion and transportation waste appears as participants search for pieces or move materials inefficiently. The Gantt chart fails early and the team has no mechanism to recover from the deviation. Problems explode rather than surface early. And there is very little collaboration between the parties each is executing their own plan in relative isolation, discovering conflicts at the moment they collide rather than anticipating and preventing them.

The experience of Round One is deliberately uncomfortable. The frustration is productive. It creates the felt sense of what a traditional planning system actually produces not as a description, but as something the participants have just lived through. That felt sense is what makes Round Two land differently.

The Pull Planning Session and Look-Ahead

Between rounds, participants experience the full LPS preparation cycle. The pull planning session about an hour simulates a real collaborative planning process. Each trade partner receives colored cards representing their scope. Working backwards from the completion milestone, they declare their activities, identify what they need from predecessors, and build the sequence collaboratively. The handoffs become visible. The constraints surface. The sequence the team agrees to is one they helped create which produces a fundamentally different relationship to commitment than a sequence handed down from a scheduler who was not in the room.

The six-week look-ahead follows. Participants work through the near-term planning horizon, confirming what is ready to execute and identifying what needs to be removed as roadblocks before the work begins. The target for Round Two is building the complete house in twenty minutes or less, five minutes per simulated week, one per day. The look-ahead is how the team gets ready to make that target achievable.

During preparation, participants also implement Lean tools they have been introduced to in the workshop: 5S for their workspace, visual management so the plan is readable at a glance, standardization of key processes, and poka-yoke error-proofing for the most common failure points in their assembly sequence. The preparation is not overhead; it is the system design that makes execution reliable.

Round Two: The Lean System in Practice

The second round runs with the same participants in the same roles building the same house. The difference is the system. Time is stopped every five minutes representing one week and a brief simulated weekly meeting is held. The team checks what was committed, confirms what was actually completed, calculates percent plan complete for the week, discusses the root causes of any misses, and identifies what needs to change before the next week begins. A PDCA cycle runs at the end of every simulated week.

The outcome is almost always dramatically better. Teams regularly complete the house in twenty minutes or less, the full scope in two-thirds of the time that traditional management produced half the scope. More importantly, the participants feel the difference. The collaboration is real. The handoffs are anticipated rather than discovered. Problems surface early enough to be solved rather than late enough to cause damage. And the plan because everyone helped build it is treated as a shared commitment rather than an external constraint.

Here are the most important things simulation reveals that lecture cannot:

  • The waste of a traditional system is not a description; it is an experience that produces genuine frustration and recognition.
  • The stability of a Lean system is not a promise; it is a felt contrast that the participant carries forward into their actual work.
  • Collaborative planning produces a different kind of commitment than top-down planning, and that difference is visible in behavior.
  • Percent plan complete is not just a metric, it is a learning mechanism, and the debrief after each missed commitment is where the improvement happens.
  • The PDCA cycle is not a framework to memorize, it is a rhythm that becomes natural through practice.

Why This Matters for Lean Adoption

The challenge of Lean construction adoption is not primarily that the tools are unknown. It is that knowing about the tools and being able to run them reliably in real project conditions are different skills, developed through different kinds of learning. Reading about pull planning produces familiarity. Running a pull planning simulation in which you have experienced the failure mode it corrects produces understanding that changes behavior.

Simulation-based learning accelerates the translation from theory to practice because it compresses the full experience, the failure, the reflection, the collaborative redesign, the improved execution, and the measurable result into a time frame short enough to experience in a training context. The participants leave with more than knowledge. They leave with a reference experience they can return to when they encounter resistance or confusion in real implementation.

At Elevate Construction and LeanTakt, the Takt simulation uses the same principle: a 3D printed building model, real zone-by-zone production planning, real Takt time calculations, and the felt experience of flow versus chaos. The simulation makes the concept of a train of trades moving through zones more than an analogy, it makes it something you have done with your hands and felt in real time. If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow.

Experience beats explanation. Simulation bridges the gap between them. If you have a team that needs to understand the Last Planner System, do not just explain it, let them live the difference.

On we go.

Frequently Asked Questions

Why is simulation more effective than lecture for teaching the Last Planner System?

Because simulation creates a felt experience of both the traditional planning failure and the Lean planning improvement. The contrast lived rather than described produces the behavioral understanding that lecture alone cannot create.

What happens in Round One of the Pull Planning Lean Game?

Participants build a house using a traditional Gantt-based planning system and experience the seven wastes firsthand: overproduction, waiting, rework, motion waste, transportation waste, and the cascade of problems that occur when collaboration is absent and the plan fails early.

What is the purpose of stopping the simulation every five minutes in Round Two?

Each five-minute stop represents one week and triggers a weekly meeting reviewing what was committed, calculating percent plan complete, identifying root causes of misses, and running a PDCA cycle. It teaches the improvement rhythm that the Last Planner System depends on.

Why does collaborative pull planning produce better outcomes than top-down scheduling?

Because the people who built the plan commit to it differently than the people who received it. Ownership of the plan produces accountability that compliance never does and the handoffs are anticipated rather than discovered because everyone understands the sequence they helped create.

Can this simulation approach be adapted for Takt planning as well?

Yes. The Takt simulation uses a 3D printed building model and real zone-by-zone production planning to create the same kind of experiential learning, the felt difference between chaotic batch scheduling and Takt flow that the LPS game creates for Last Planner principles.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

Applying Lean Thinking to Improve Safety Performance in Construction

Posted on by Danny Jiménez⁩
Read 17 min

Lean Design and Construction Safety: How Prevention Through Design Changes the Risk Equation

Construction remains one of the most hazardous industries in the United States. Workers who account for roughly five percent of the total workforce absorb approximately twenty percent of all occupational fatal and non-fatal injuries. In 2014 alone, 874 fatal work-related injuries were reported in the construction industry. These numbers are not random. They are patterned. And one of the clearest patterns in the research is that a significant portion of construction fatalities 42 percent of 224 fatalities studied between 1990 and 2003 can be traced back to decisions made during design, before a single worker set foot on site.

That finding changes the conversation about construction safety fundamentally. If nearly half of fatalities are connected to decisions made in the design phase, then safety management that focuses only on the field is addressing the symptom while leaving the cause untouched. The most effective intervention is upstream. And Lean design practices, it turns out, are well-positioned to enable exactly that intervention.

Waste and Injury Are Connected

The alignment between Lean thinking and safety management is not coincidental. Both are oriented toward identifying and eliminating conditions that produce bad outcomes before those conditions cause harm. Lean asks: where is the waste in this process, and how do we design it out? Safety management asks: where are the hazards in this environment, and how do we eliminate them before they injure someone?

The hierarchy of controls, a widely used framework in occupational safety establishes that eliminating a hazard at the source is the most effective control measure available. Engineering controls that reduce or isolate exposure come next. Administrative controls that change the way work is done follow. Personal protective equipment is the last line of defense. The further down the hierarchy, the more a safety measure depends on human behavior being consistently correct which, under real field conditions with variable crew experience, fatigue, and time pressure, is an unreliable foundation.

Eliminating the hazard entirely is the gold standard. And eliminating a hazard often means changing the design of the facility rather than changing the behavior of the worker who would otherwise face the hazard. This is Prevention through Design, the concept of protecting construction workers by addressing their safety during the design process, before construction begins.

Where Lean Design Practices Support Prevention Through Design

Several Lean design practices align directly with the PtD concept in ways that make early safety hazard elimination more practical and more systematic.

Set-based design generates different design alternatives upfront and defers narrowing to a single solution until the last responsible moment when the most information is available to make the right choice. In a safety context, this means that instead of committing early to one design approach and then discovering its safety implications when it is expensive to change, the team maintains a set of alternatives that includes options specifically developed to eliminate construction and maintenance hazards. The parapet versus guardrail example is a direct illustration: if the set of alternatives had been narrowed early to temporary engineering controls, the option to eliminate the hazard through a permanent design modification might never have been fully evaluated.

Cross-functional teams bring different perspectives into the design process simultaneously rather than in sequence. When specialty contractors, safety professionals, facilities managers, and maintenance personnel contribute to design decisions alongside architects and engineers, the knowledge required to see construction and maintenance hazards clearly is in the room when the decisions are being made. Without that cross-functional involvement, design teams may not recognize the hazards that workers will face during construction and throughout the building’s maintenance lifecycle. The hazard does not appear until someone is on the roof with fall protection that was specified by someone who never worked on a roof.

Early involvement of specialty contractors is one of the most direct mechanisms for surfacing constructability and safety issues while the design is still flexible. A structural steel contractor who participates in the design phase can identify connection details that create fall hazard exposure during erection and propose modifications that eliminate the hazard before it is built into the documents. That conversation, happening at the design phase, costs a fraction of what a field modification costs and the safety outcome is incomparably better.

Choosing by Advantages: Making Safety Decisions Transparently

When multiple design alternatives have been developed, the team faces the challenge of selecting one. This is where Choosing by Advantages, a collaborative, transparent decision-making system that evaluates options based on the importance of their advantages over each other rather than on cost alone provides a structured framework for making safety-integrated design decisions.

The rooftop fall protection case study from a medical facilities campus in Portland, Oregon illustrates this directly. Three alternatives were evaluated: a temporary guardrail system meeting code requirement, a permanent roof anchor system providing tie-off points, and a design modification incorporating a tall parapet around the entire rooftop perimeter. The CBA process evaluated each alternative based on the importance of its advantages to construction stakeholders — not just cost, not just code compliance, but value generated across the full lifecycle of the facility.

The parapet solution was selected because its primary advantage eliminating the risk of falling over the sides of the roof during both construction and maintenance operations, permanently and without ongoing behavioral compliance requirements was evaluated as the most important advantage available. No temporary system. No tie-off dependency. No behavioral compliance condition. The hazard is eliminated by the design itself, for every worker who will ever access that roof for the life of the building.

That outcome, a safer building, a safer construction site, and a safer maintenance environment is the product of a design process that included the right stakeholders, maintained the right set of alternatives, and made the final decision through a transparent framework that valued long-term safety benefits appropriately.

Here are the signals that a project is incorporating Prevention through Design principles effectively:

  • Specialty contractors and safety professionals are involved in design decisions, not just construction execution.
  • Design alternatives are evaluated for their safety implications during construction and throughout the building’s maintenance lifecycle.
  • Hazard elimination is explicitly considered alongside cost and aesthetic alternatives, not treated as secondary.
  • Decisions between design alternatives are made through a transparent, collaborative process that documents the reasoning.
  • The final design reflects permanent hazard elimination wherever possible rather than relying on personal protective equipment as the primary control.

Why This Belongs in Every Lean Conversation

Lean is fundamentally about respect for people and resources. The worker who faces a preventable fall hazard because a design decision was made without safety input is in exactly the same position as the trade partner whose production system was not designed to support their flow: the system failed them. The hazard was built into the environment by decisions made before they arrived. And the most respectful thing a design and construction team can do for the people who will build and maintain the facility is to eliminate those hazards before the workers ever encounter them.

Improving workplace safety is waste reduction and value generation in the fullest sense. Workplace accidents impose costs, on schedules, on quality, on the project budget, on the workers and families affected, and on the organizations responsible. Eliminating the conditions that produce accidents through intentional design is Lean thinking applied to the most important outcome of all: the health and lives of the people doing the work.

If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow. Lean design is not separate from safety management. It is one of the most powerful tools safety management has.

On we go.

Frequently Asked Questions

What is Prevention through Design and how does it connect to Lean?

Prevention through Design is the practice of protecting construction and maintenance workers by addressing safety hazards during the design process before construction begins. It connects to Lean because both prioritize eliminating problems at their source rather than managing them after they occur.

Why does the hierarchy of controls favor design-based hazard elimination over personal protective equipment?

Because PPE depends on human behavior being consistently correct under variable field conditions, which is inherently unreliable. Design-based elimination removes the hazard entirely, regardless of worker behavior or experience level.

What is Choosing by Advantages and how is it used for safety decisions?

CBA is a collaborative decision-making system that evaluates alternatives based on the importance of their advantages to stakeholders rather than on cost alone. In safety contexts, it ensures that long-term hazard elimination benefits are evaluated appropriately against shorter-term cost considerations.

Why does early specialty contractor involvement improve construction site safety?

Because specialty contractors can identify construction sequence hazards that architects and engineers may not recognize, and can propose design modifications that eliminate those hazards while the design is still flexible enough to change.

How does set-based design support safety integration in the design process?

By maintaining multiple design alternatives until the last responsible moment, set-based design ensures that options specifically developed to eliminate construction and maintenance hazards remain on the table long enough for their safety advantages to be fully evaluated before a final design decision is made.

If you want to learn more we have:

-Takt Virtual Training: (Click here)
-Check out our Youtube channel for more info: (Click here) 
-Listen to the Elevate Construction podcast: (Click here) 
-Check out our training programs and certifications: (Click here)
-The Takt Book: (Click here)

Discover Jason’s Expertise:

Meet Jason Schroeder, the driving force behind Elevate Construction IST. As the company’s owner and principal consultant, he’s dedicated to taking construction to new heights. With a wealth of industry experience, he’s crafted the Field Engineer Boot Camp and Superintendent Boot Camp – intensive training programs engineered to cultivate top-tier leaders capable of steering their teams towards success. Jason’s vision? To expand his training initiatives across the nation, empowering construction firms to soar to unprecedented levels of excellence.

On we go

    faq

    General Training Overview

    What construction leadership training programs does LeanTakt offer?
    LeanTakt offers Superintendent/PM Boot Camps, Virtual Takt Production System® Training, Onsite Takt Simulations, and Foreman & Field Engineer Training. Each program is tailored to different leadership levels in construction.
    Who should attend LeanTakt’s training programs?
    Superintendents, Project Managers, Foremen, Field Engineers, and trade partners who want to improve planning, communication, and execution on projects.
    How do these training programs improve project performance?
    They provide proven Lean and Takt systems that reduce chaos, improve reliability, strengthen collaboration, and accelerate project delivery.
    What makes LeanTakt’s training different from other construction courses?
    Our programs are hands-on, field-tested, and focused on practical application—not just classroom theory.
    Do I need prior Lean or takt planning experience to attend?
    No. Our programs cover foundational principles before moving into advanced applications.
    How quickly can I apply what I learn on real projects?
    Most participants begin applying new skills immediately, often the same week they complete the program.
    Are these trainings designed for both office and field leaders?
    Yes. We equip both project managers and superintendents with tools that connect field and office operations.
    What industries benefit most from LeanTakt training?
    Commercial, multifamily, residential, industrial, and infrastructure projects all benefit from flow-based planning.
    Do participants receive certificates after completing training?
    Yes. Every participant receives a LeanTakt Certificate of Completion.
    Is LeanTakt training recognized in the construction industry?
    Yes. Our programs are widely respected among leading GCs, subcontractors, and construction professionals.

    Superintendent / PM Boot Camp

    What is the Superintendent & Project Manager Boot Camp?
    It’s a 5-day immersive training for superintendents and PMs to master Lean leadership, takt planning, and project flow.
    How long does the Superintendent/PM Boot Camp last?
    Five full days of hands-on training.
    What topics are covered in the Boot Camp curriculum?
    Lean leadership, Takt Planning, logistics, daily planning, field-office communication, and team health.
    How does the Boot Camp improve leadership and scheduling skills?
    Yes. You’ll learn how to run day huddles, team meetings, worker huddles, and Lean coordination processes.
    Who is the Boot Camp best suited for?
    Construction leaders responsible for delivering projects, including Superintendents, PMs, and Field Leaders.
    What real-world challenges are simulated during the Boot Camp?
    Schedule breakdowns, trade conflicts, logistics issues, and communication gaps.
    Will I learn Takt Planning at the Boot Camp?
    Yes. Takt Planning is a core focus of the Boot Camp.
    How does this Boot Camp compare to traditional PM certification?
    It’s practical and execution-based rather than exam-based. You learn by doing, not just studying theory.
    Can my entire project team attend the Boot Camp together?
    Yes. Teams attending together often see the greatest results.
    What kind of real-world challenges do we simulate?
    Improved project flow, fewer delays, better team communication, and stronger leadership confidence.

    Takt Production System® Virtual Training

    What is the Virtual Takt Production System® Training?
    It’s an expert-led online program that teaches Lean construction teams how to implement takt planning.
    How does virtual takt training work?
    Delivered online via live sessions, interactive discussions, and digital tools.
    What are the benefits of online takt planning training?
    Convenience, global accessibility, real-time learning, and immediate application.
    Can I access the virtual training from anywhere?
    Yes. It’s fully web-based and accessible worldwide.
    Can I access the virtual training from anywhere?
    Yes. It’s fully web-based and accessible worldwide.
    What skills will I gain from the Virtual TPS® Training?
    Macro and micro Takt planning, weekly updates, flow management, and CPM integration.
    How long does the virtual training program take?
    The program is typically completed in multiple live sessions across several days.
    Can I watch recordings if I miss a session?
    Yes. Recordings are available to all participants.
    Do you offer group access or company licenses for the virtual training?
    Yes. Teams and companies can enroll together at discounted rates.
    How does the Virtual TPS® Training integrate with CPM tools?
    We show how to align Takt with CPM schedules like Primavera P6 or MS Project.

    Onsite Takt Simulation

    What is a Takt Simulation in construction training?
    It’s a live, interactive workshop that demonstrates takt planning on-site.
    How does the Takt Simulation workshop work?
    Teams participate in hands-on exercises to learn the flow and rhythm of a Takt-based project.
    Can I choose between a 1-day or 2-day Takt Simulation?
    Yes. We offer flexible formats to fit your team’s schedule and needs.
    Who should participate in the Takt Simulation workshop?
    Superintendents, PMs, site supervisors, contractors, and engineers.
    How does a Takt Simulation improve project planning?
    It shows teams how to structure zones, manage flow, and coordinate trades in real time.
    What will my team learn from the onsite simulation?
    How to build and maintain takt plans, manage buffers, and align trade partners.
    Is the simulation tailored to my specific project type?
    Yes. Scenarios can be customized to match your project.
    How do Takt Simulations improve trade partner coordination?
    They strengthen collaboration by making handoffs visible and predictable.
    What results can I expect from an onsite Takt Simulation?
    Improved schedule reliability, better trade collaboration, and reduced rework.
    How many people can join a Takt Simulation session?
    Group sizes are flexible, but typically 15–30 participants per session.

    Foreman & Field Engineer Training

    What is Foreman & Field Engineer Training?
    It’s an on-demand, practical program that equips foremen and engineers with leadership and planning skills.
    How does this training prepare emerging leaders?
    By teaching communication, crew management, and execution strategies.
    Is the training on-demand or scheduled?
    On-demand, tailored to your team’s timing and needs.
    What skills do foremen and engineers gain from this training?
    Planning, safety leadership, coordination, and communication.
    How does the training improve communication between field and office?
    It builds shared systems that align superintendents, engineers, and managers.
    Can the training be customized for my team’s needs?
    Yes. Programs are tailored for your project or company.
    What makes this program different from generic leadership courses?
    It’s construction-specific, field-tested, and focused on real project application.
    How do foremen and field engineers apply this training immediately?
    They can use new systems for planning, coordination, and daily crew management right away.
    Is the training suitable for small construction companies?
    Yes. Small and large teams alike benefit from building flow-based leadership skills.

    Testimonials

    Testimonials

    "The bootcamp I was apart of was amazing. Its was great while it was happening but also had a very profound long-term motivation that is still pushing me to do more, be more. It sounds a little strange to say that a construction bootcamp changed my life, but it has. It has opened my eyes to many possibilities on how a project can be successfully run. It’s also provided some very positive ideas on how people can and should be treated in construction.

    I am a hungry person by nature, so it doesn’t take a lot to get to participate. I loved the way it was not just about participating, it was also about doing it with conviction, passion, humility and if it wasn’t portrayed that way you had to do it again."

    "It's great to be a part of a company that has similar values to my own, especially regarding how we treat our trade partners. The idea of "you gotta make them feel worse to make them do better" has been preached at me for years. I struggled with this as you will not find a single psychology textbook stating these beliefs. In fact it is quite the opposite, and causing conflict is a recipe for disaster. I'm still honestly in shock I have found a company that has based its values on scientific facts based on human nature. That along with the Takt scheduling system makes everything even better. I am happy to be a part of a change that has been long overdue in our industry!"

    "Wicked team building, so valuable for the forehumans of the sub trades to know the how and why. Great tools and resources. Even though I am involved and use the tools every day, I feel like everything is fresh and at the forefront to use"

    "Jason and his team did an incredible job passing on the overall theory of what they do. After 3 days of running through the course I cannot see any holes in their concept. It works. it's proven to work and I am on board!"

    "Loved the pull planning, Takt planning, and logistic model planning. Well thought out and professional"

    "The Super/PM Boot Camp was an excellent experience that furthered my understanding of Lean Practices. The collaboration, group involvement, passion about real project site experiences, and POSITIVE ENERGY. There are no dull moments when you head into this training. Jason and Mr. Montero were always on point and available to help in the break outs sessions. Easily approachable to talk too during breaks and YES, it was fun. I recommend this training for any PM or Superintendent that wants to further their career."

    agenda

    Day 1

    Foundations & Macro Planning

    • Introduction to Takt Production System® principles
    • CPM vs TAKT comparison
    • Macro planning, zoning, and density analysis
    • Quantities and production rates
    • Hands-on application to participants’ projects with LeanTakt PM experts

    day2

    Norm Planning & Flow Optimization

    • Review and refinement of Day 1 work
    • Pull planning and sequence optimization
    • Work packaging for balanced flow
    • Project integration session with LeanTakt PM coaching

    day3

    Advanced Tools & Comparisons

    • Macro work packaging and example walkthrough
    • Calculator Norm for production optimization
    • Stacking comparison to avoid trade conflicts
    • Hands-on application to participants’ own schedules

    day4

    Buffers, Controls & Finalization

    • Review of Day 3 implementation
    • Buffer management strategies and placement
    • Takt control principles and steering methods
    • Project plan finalization with expert guidance

    day5

    Control Systems & Presentations

    • Takt steering, control systems, and real project examples
    • Participant project presentations with LeanTakt PM feedback
    • Wrap-up, feedback, and action planning for post-training implementation

    faq

    UNDERSTANDING THE TRAINING

    What is the Virtual Takt Production System® Training by LeanTakt?
    It’s an expert-led online program designed to teach construction professionals how to implement Takt Planning to create flow, eliminate chaos, and align teams across the project lifecycle.
    Who should take the LeanTakt virtual training?
    This training is ideal for Superintendents, Project Managers, Engineers, Schedulers, Trade Partners, and Lean Champions looking to improve planning and execution.
    What topics are covered in the online Takt Production System® course?
    The course covers macro and micro Takt planning, zone creation, buffers, weekly updates, flow management, trade coordination, and integration with CPM tools.
    What makes LeanTakt’s virtual training different from other Lean construction courses?
    Unlike theory-based courses, this training is hands-on, practical, field-tested, and includes live coaching tailored to your actual projects.
    Do I get a certificate after completing the online training?
    Yes. Upon successful completion, participants receive a LeanTakt Certificate of Completion, which validates your knowledge and readiness to implement Takt.

    VALUE AND RESULTS

    What are the benefits of Takt Production System® training for my team?
    It helps teams eliminate bottlenecks, improve planning reliability, align trades, and reduce the chaos typically seen in traditional construction schedules.
    How much time and money can I save with Takt Planning?
    Many projects using Takt see 15–30% reductions in time and cost due to better coordination, fewer delays, and increased team accountability.
    What’s the ROI of virtual Takt training for construction teams?
    The ROI comes from faster project delivery, reduced rework, improved communication, and better resource utilization — often 10x the investment.
    Will this training reduce project delays or rework?
    Yes. By visualizing flow and aligning trades, Takt Planning reduces miscommunication and late handoffs — major causes of delay and rework.
    How soon can I expect to see results on my projects?
    Most teams report seeing improvement in coordination and productivity within the first 2–4 weeks of implementation.

    PLANNING AND SCHEDULING TOPICS

    What is Takt Planning and how is it used in construction?
    Takt Planning is a Lean scheduling method that creates flow by aligning work with time and space, using rhythm-based planning to coordinate teams and reduce waste.
    What’s the difference between macro and micro Takt plans?
    Macro Takt plans focus on the overall project flow and phase durations, while micro Takt plans break down detailed weekly tasks by zone and crew.
    Will I learn how to build a complete Takt plan from scratch?
    Yes. The training teaches you how to build both macro and micro Takt plans tailored to your project, including workflows, buffers, and sequencing.
    How do I update and maintain a Takt schedule each week?
    You’ll learn how to conduct weekly updates using lookaheads, trade feedback, zone progress, and digital tools to maintain schedule reliability.
    Can I integrate Takt Planning with CPM or Primavera P6?
    Yes. The training includes guidance on aligning Takt plans with CPM logic, showing how both systems can work together effectively.
    Will I have access to the instructors during the training?
    Yes. You’ll have opportunities to ask questions, share challenges, and get real-time feedback from LeanTakt coaches.
    Can I ask questions specific to my current project?
    Absolutely. In fact, we encourage it — the training is designed to help you apply Takt to your active jobs.
    Is support available after the training ends?
    Yes. You can access follow-up support, coaching, and community forums to help reinforce implementation.
    Can your tools be customized to my project or team?
    Yes. We offer customizable templates and implementation options to fit different project types, teams, and tech stacks.
    When is the best time in a project lifecycle to take this training?
    Ideally before or during preconstruction, but teams have seen success implementing it mid-project as well.

    APPLICATION & TEAM ADOPTION

    What changes does my team need to adopt Takt Planning?
    Teams must shift from reactive scheduling to proactive, flow-based planning with clear commitments, reliable handoffs, and a visual management mindset.
    Do I need any prior Lean or scheduling experience?
    No prior Lean experience is required. The course is structured to take you from foundational principles to advanced application.
    How long does it take for teams to adapt to Takt Planning?
    Most teams adapt within 2–6 weeks, depending on project size and how fully the system is adopted across roles.
    Can this training work for smaller companies or projects?
    Absolutely. Takt is scalable and especially powerful for small teams seeking better structure and predictability.
    What role do trade partners play in using Takt successfully?
    Trade partners are key collaborators. They help shape realistic flow, manage buffers, and provide feedback during weekly updates.

    VIRTUAL FORMAT & ACCESSIBILITY

    Can I access the virtual training from anywhere?
    Yes. The training is fully accessible online, making it ideal for distributed teams across regions or countries.
    Is this training available internationally?
    Yes. LeanTakt trains teams around the world and supports global implementations.
    Can I watch recordings if I miss a session?
    Yes. All sessions are recorded and made available for later viewing through your training portal.
    Do you offer group access or company licenses?
    Yes. Teams can enroll together at discounted rates, and we offer licenses for enterprise rollouts.
    What technology or setup do I need to join the virtual training?
    A reliable internet connection, webcam, Miro, Spreadsheets, and access to Zoom.

    faq

    GENERAL FAQS

    What is the Superintendent / PM Boot Camp?
    It’s a hands-on leadership training for Superintendents and Project Managers in the construction industry focused on Lean systems, planning, and communication.
    Who is this Boot Camp for?
    Construction professionals including Superintendents, Project Managers, Field Engineers, and Foremen looking to improve planning, leadership, and project flow.
    What makes this construction boot camp different?
    Real-world project simulations, expert coaching, Lean principles, team-based learning, and post-camp support — all built for field leaders.
    Is this just a seminar or classroom training?
    No. It’s a hands-on, immersive experience. You’ll plan, simulate, collaborate, and get feedback — not sit through lectures.
    What is the focus of the training?
    Leadership, project planning, communication, Lean systems, and integrating office-field coordination.

    CURRICULUM & OUTCOMES

    What topics are covered in the Boot Camp?
    Takt planning, day planning, logistics, pre-construction, team health, communication systems, and more.
    What is Takt Planning and why is it taught?
    Takt is a Lean planning method that creates flow and removes chaos. It helps teams deliver projects on time with less stress.
    Will I learn how to lead field teams more effectively?
    Yes. This boot camp focuses on real leadership challenges and gives you systems and strategies to lead high-performing teams.
    Do you cover daily huddles and meeting systems?
    Yes. You’ll learn how to run day huddles, team meetings, worker huddles, and Lean coordination processes.
    What kind of real-world challenges do we simulate?
    You’ll work through real project schedules, logistical constraints, leadership decisions, and field-office communication breakdowns.

    LOGISTICS & FORMAT

    Is the training in-person or virtual?
    It’s 100% in-person to maximize learning, feedback, and team-based interaction.
    How long is the Boot Camp?
    It runs for 5 full days.
    Where is the Boot Camp held?
    Locations vary — typically hosted in a professional training center or project setting. Contact us for the next available city/date.
    Do you offer follow-up coaching after the Boot Camp?
    Yes. Post-camp support is included so you can apply what you’ve learned on your projects.
    Can I ask questions about my actual project?
    Absolutely. That’s encouraged — bring your current challenges.

    PRICING & VALUE

    How much does the Boot Camp cost?
    $5,000 per person.
    Are there any group discounts?
    Yes — get 10% off when 4 or more people from the same company attend.
    What’s the ROI for sending my team?
    Better planning = fewer delays, smoother coordination, and higher team morale — all of which boost productivity and reduce costs.
    Will I see results immediately?
    Most participants apply what they’ve learned as soon as they return to the jobsite — especially with follow-up support.
    Can this replace other leadership training?
    In many cases, yes. This Boot Camp is tailored to construction professionals, unlike generic leadership seminars.

    SEO-BASED / HIGH-INTENT SEARCH QUESTIONS

    What is the best leadership training for construction Superintendents?
    Our Boot Camp offers real-world, field-focused leadership training tailored for construction leaders.
    What’s included in a Superintendent Boot Camp?
    Takt planning, day planning, logistics, pre-construction systems, huddles, simulations, and more.
    Where can I find Lean construction training near me?
    Check our upcoming in-person sessions or request a private boot camp in your city.
    How can I improve field and office communication on a project?
    This Boot Camp teaches you tools and systems to connect field and office workflows seamlessly.
    Is there a training to help reduce chaos on construction sites?
    Yes — this program is built specifically to turn project chaos into flow through structured leadership.

    agenda

    Day 1

    Agenda

    • Intro to Camp
    • Set Expectations
    • Morning Routine
    • Plan Day
    • Explain "Why"
    • Teams Intros + Yells + Expectation
    • Focus, Physiology, Words + Yells
    • Blocks to Leadership
    • 50 Million
    • Biggest Thing
    • Choose Your Word
    • Marketing Exercise
    • Interview for the Project
    • PO Homework and Close the Day

    Outcomes

    • Understand how to get into a proper state to lead
    • Understand how to dig deep to find the confidence to lead
    • Team work and collaboration
    • Understand marketing
    • Understand how to interview for and win a project

    Day 2

    Agenda

    • Morning Routine
    • Day Planner
    • Plus & Delta
    • Macro Takt planning
    • Setup jobs + Signs + Logistics
    • Explain the IPCS™
    • Detailed logistics training
    • Team balance & health training

    Outcomes

    • Learn the IPCS™ understand how to integrate the entire project from start to finish with First Planners™ and Last Planners® through the Takt Production System®
    • Learn how to review a project
    • Learn advanced logistics
    • Learn team balance and health

    Day 3

    Agenda

    • Morning Routine
    • Day Planner
    • Plus & Delta
    • Review How Big Things Get Done
    • Review IPCSTM
    • Fix (Schedule, zone, logistics, trailer, org & procurement)
    • Fresh Eyes Meeting
    • Pre-Con Overview
    • TAKT SIMULATION
    • Recap and Review

    Outcomes

    • Understand why and how to plan
    • Understand the benefits of using a Takt production plan
    • Learn the steps to proper pre-con that sets the project up for success
    • Learn how to review a project in a Fresh Eyes Meeting
    • Learn flow from Takt planning

    Day 4

    Agenda

    • Morning Routine
    • Day Planner
    • Plus & Delta
    • Opposing Squares
    • Pull Plan
    • Takt Remaining
    • Norm Update
    • Re Zoning
    • Risks & Pre-Con Align
    • Meeting System
    • Problems
    • Recap

    Outcomes

    • Understand the Norm level Takt plan for weekly/daily planning
    • Benefits and outcomes of rezoning strategies
    • Using meetings to feed information through the system and to the Foremen

    Day 5

    Agenda

    • Morning Routine
    • Day Planner
    • Plus & Delta
    • Huddle I.D.S
    • Day Plan
    • Worker Huddle
    • Norm Update
    • Team Huddle
    • Lean Systems Recap
    • Feedback Exercise
    • Final & Close

    Outcomes

    • Know what information is needed and how to get it to the Workers
    • Better understand how to give feedback and why it’s crucial for everyone
    • How to problem solve as a team
    • Understand how all systems tie together
    • Know how the information gets all the way to the worker
    • Have perfect clarity on the individual’s personal organization planner