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Why Construction Performance Psychology May Be the Next Big Innovation in the Trades

When people talk about innovation in construction, they usually mean new tools, smarter software, or better equipment. But what if the biggest breakthrough is not another machine at all – what if it is the human being operating it?In this conversation with Dr. Braxton Shaw, an author, researcher, educator, and industry professional, a different kind of future for construction comes into focus. He argues that the industry has spent decades engineering the physical environment, but has not paid enough attention to the mental environment of the worker growth.

That gap matters more than many people realize.In this post, you will learn why construction performance psychology matters, how cognitive load affects decision-making under pressure, and why the future of work still has to stay human-centered even in the age of AI. Related post on human factors in workplace safety.

What Is Construction Performance Psychology?

Dr. Shaw’s work started with a simple question: why do some student athletes perform well on the field but struggle in the classroom? That question led him into research on psychological skills training, and eventually into a broader framework he calls construction performance psychology, or CPP.The idea is straightforward, but powerful. Construction is not just a physical job. It is a high-performance environment where people must process information, manage risk, communicate clearly, and stay focused while conditions change constantly.

Dr. Shaw explains that his background shaped this perspective. He grew up around performance – first as a student athlete, then as a high school football coach for about 20 years, and also as part of a multi-generation construction family. He worked in the field himself, digging ditches, turning wrenches, swinging hammers, and learning the trade from the ground up.That combination matters because CPP is not theory floating above reality. It is rooted in the same world where crews are managing deadlines, weather, equipment, and safety at the same time. Dr. Braxton Shaw’s journey from student athlete to coach to construction performance researcher.

Timeline showing Dr. Braxton Shaw’s path through athletics, coaching, and construction]Why his background mattersDr. Shaw’s story shows why he sees the problem differently from someone who has only studied construction from the outside. He has lived the pressure of performance in sports and in the field.That gives him a unique lens: if athletes use mental training to improve performance, why shouldn’t construction workers get the same kind of support? Related post on applying sports psychology to workplace performance

Construction Performance Psychology, Cognitive Load, and the Human Future of Work

Dr. Braxton Shaw joins Hollis Chapman to connect athletics, coaching, and construction through one core idea: high performance is as much mental as it is physical. In this conversation, he explains how psychological skills training, cognitive load, and human-centered leadership can improve safety, decision-making, and performance in construction and other high-pressure environments.We discuss Dr. Shaw’s path from student-athlete and high school football coach to researcher and author, plus why he believes the next major innovation in construction may be the human condition itself.

Key topics

• Dr. Braxton Shaw’s background in performance
  • A student-athlete in football and baseball
  • Double majored in sociology and psychology
  • Spent about 20 years coaching high school football
  • Came from a fourth-generation construction and pipeline family
• How coaching and field work shaped his research
  • Worked in the field as a laborer while studying
  • Learned construction through hands-on work like digging ditches, turning wrenches, and working with welders
  • Later earned a master’s degree in coaching and athletic administration
  • Completed an EdD program that redirected his career toward research
• Why student-athlete performance became the research question
  • He noticed athletes could excel on the field but struggle in the classroom
  • That gap led him to study psychological skills training
  • His dissertation produced significant empirical findings that still inform his work
• Psychological skills training and its four main pillars
  • Goal setting
  • Self-talk
  • Arousal control or stress management
  • Visualization or imagery
  • He also notes attentional control as related but keeps the four as the core framework
• Construction performance psychology as a framework
  • Dr. Shaw argues construction is a high-performance environment
  • He says the industry often over-focuses on physical PPE and under-focuses on “psychological PPE”
  • His work asks whether emotional regulation, attentional control, and mental rehearsal can be trained the same way physical safety practices are
• Why the next innovation in construction may be human-centered
  • He cites the modest productivity gains in construction compared with other sectors
  • His point is that better tools alone may not solve the problem
  • He argues the real leverage may be improving the decision-maker, not just the equipment
• Psychological safety and innovation from the field
  • Dr. Shaw says innovation often comes from the people doing the work, not only from offices or leadership teams
  • If workers are told not to question anything, organizations may silence their best source of innovation
  • He points to psychological safety as a major cultural issue
• Cognitive load under pressure
  • He defines cognitive load as everything happening in the mind at once
  • In construction, workers often process multiple streams of information simultaneously
  • He explains that too much information can lead to cognitive saturation and poorer decisions
  • Acute stress can reduce working memory and cognitive flexibility
• Practical ways to reduce cognitive overload
  • Mental rehearsal before high-risk tasks
  • Chunking complex jobs into smaller sequences
  • Using process goals and intentional cues instead of vague instructions like “don’t make a mistake”
  • Breath work and short pauses before major decisions
  • Normalizing the ability to stop and reassess without punishment
• Leadership and crew cohesion in extreme heat
  • When Hollis asks about working in Arizona-level heat, Dr. Shaw points to leadership and team cohesion
  • He emphasizes leading from the front, not from a distance
  • He says crews perform better when they feel the leader is with them, not above them
• How Dr. Shaw thinks about AI
  • He sees AI as a tool, not a replacement for human judgment
  • He believes AI is overhyped but useful when paired with human expertise
  • He argues that AI will eliminate many mundane computer-based tasks and push more people back toward hands-on industries
  • That shift, in his view, makes the human element in construction even more valuable

00:00 – Dr. Braxton Shaw’s background in performance, coaching, and construction
01:23 – Why Hollis introduces Shaw as an author, researcher, and educator
02:05 – Student-athlete roots and the start of a performance mindset
03:10 – Four generations in construction and pipeline work
04:10 – Working the field while studying and earning advanced degrees
04:40 – The EdD program that changed his career direction
05:09 – Choosing a dissertation topic around student-athlete performance
06:39 – Psychological skills training and the four pillars of PST
07:39 – The research findings that produced a mountain of significant data
08:39 – Why his life experience centered on high performance
10:57 – Why psychology may drive the next major construction innovation
12:21 – Technology advances vs. slow productivity growth in construction
13:21 – Construction performance psychology and the human element
14:21 – Why PPE alone does not address cognitive risk
15:21 – Building psychological PPE into the jobsite
16:51 – Psychological safety and Amy Edmondson’s relevance
17:20 – Innovation from the field, not just from the office
18:07 – Hollis connects the discussion to military stress and cognitive load
20:20 – Defining cognitive load in practical terms
21:19 – Cognitive load theory and limited working memory
22:18 – Why more information does not always produce better decisions
23:38 – Reducing unnecessary cognitive load before the critical moment
24:07 – Mental rehearsal, chunking, and intentional cues
25:37 – Breath work and the value of pausing before action
26:07 – Why organizations must normalize stopping and recalibrating
27:30 – Lessons from sports psychology and tactical psychology
28:50 – Bringing clinicians and specialists into construction support
29:29 – How to mentally prepare crews for extreme heat
30:31 – Heat illness prevention plans, hydration, and cooling controls
31:31 – Leadership and crew cohesion under pressure
32:31 – Leading from the front and closing the experience gap
33:45 – Where to find Dr. Shaw’s work and books
34:21 – Construction Performance Psychology volumes one and two
35:30 – Why the future of work must stay human-centered
36:48 – AI as a tool, not a replacement for human thinking
37:49 – Why AI-generated writing often feels rigid and detached
39:29 – How AI may push more people back into skilled trades and field work
42:47 – Closing thanks and final remarks from Hollis

Key frameworks

• Psychological Skills Training
  • Goal setting
  • Self-talk
  • Arousal control
  • Visualization
• Construction Performance Psychology
  • A human-centered approach to safety, cognition, and decision-making in the field
• Cognitive Load Management
  • Mental rehearsal
  • Chunking
  • Intentional cues
  • Breath work
  • Stop and reassess culture

Notable quotes

Copy

“What if the next great innovation in construction isn’t another piece of equipment or another piece of software? What if it’s the person?”Copy

“Sometimes we confuse speed with performance because they’re not the same thing.”Copy

“Why not pour into the human element or the human condition, and at the center of that’s the human mind?”

Why Construction Needs a Human-Centered Approach

A major theme in Dr. Shaw’s thinking is that construction already does a lot to protect people physically. The industry uses PPE, fall protection, exclusion zones, equipment protocols, and safety procedures designed to reduce risk.But physical protection is only part of the picture.Behind every hard hat is a brain making decisions. And that brain may be dealing with fatigue, stress at home, distraction, pressure from production, or repeated exposure to routine tasks that create complacency. Dr. Shaw argues that the next step in safety is to treat the mind with the same seriousness as the body.He puts it plainly: the question is not whether a worker has enough gear. The question is whether the worker is mentally ready for the task.That is where the idea of

psychological PPE

comes in. Just as physical PPE protects the body, psychological PPE would help protect attention, judgment, and emotional regulation. That might mean teaching workers how to recognize cognitive overload, how to pause before a critical lift, or how to mentally rehearse a high-risk task before they begin.The gap between tradition and innovationDr. Shaw is not arguing that tradition is bad. In fact, he says much of construction tradition exists for good reason. The industry’s culture of pride, toughness, and getting the job done has value.

The issue is when tradition becomes an excuse not to evolve.Construction has already embraced major technologies like drones, BIM, digital twins, wearables, robotics, and augmented reality. But if productivity has not improved at the same pace as in other sectors, then the problem may not be a lack of tools. It may be a lack of attention to the human operating those tools. [IMAGE: Split-screen visual showing advanced construction technology and a worker making high-stakes decisions.

Construction worker operating modern tools with digital overlays and safety equipment]A better question to askInstead of asking, “What technology should we add next?” Dr. Shaw suggests asking, “What kind of person is using it, and what support do they need to perform well?”That shift changes everything.

Understanding Cognitive Load Under Pressure

One of the most useful ideas in the conversation is cognitive load. Dr. Shaw defines it in practical terms as all the things going on in your head at one time.In construction, that load can be intense. A foreman may be managing crews, inspectors, schedules, production demands.