Reduce rework by fixing the information problem first: make sure every crew builds from current documents, check the first installation of each work type before the rest goes in, close RFIs fast, and track rework as its own cost so you can see where it comes from.
Plan reviews connect field conditions, drawings, and the next decisions on a job. AI-generated illustration.
The fastest way to reduce rework on a construction project is to attack the causes that come before the work: crews building from old drawings, questions answered verbally and never written down, trades installed out of sequence, and first installations nobody checked. Put a current-documents rule in place, inspect the first piece of every new work type before the crew repeats it 200 times, push RFIs to fast written answers, and code every hour of rework to its own cost code so you know what it is costing you. Workmanship matters, but on most jobs it is not the main driver.
Industry research backs that up. A 2018 survey of 599 construction leaders by PlanGrid and FMI found that miscommunication and poor project data account for 48 percent of all rework on U.S. construction jobsites. The same study reported team members spending more than 14 hours a week on conflict, rework, and related issues, including about 4 hours on rework-related tasks. The numbers are dated, but the lesson holds: rework is mostly an information problem.
What counts as rework
Rework is doing something a second time because the first time was wrong. It includes tearing out and replacing, patching, relocating, and remobilizing to fix something. It does not include owner-directed changes, which belong in a change order. Keep the two separate. If an owner moves a wall after it is framed, that is a change. If your crew framed it 6 inches off the dimension, that is rework.
Common causes
Building from superseded drawings or an outdated sheet in the truck.
Verbal direction from the owner, architect, or another trade that conflicts with the documents.
Unanswered RFIs, where the crew guesses so the job keeps moving.
Trade sequencing errors, such as drywall closed before above-ceiling inspection.
Approved submittals not reaching the field, so the wrong product or dimension is installed.
Damage by following trades with no protection plan.
Plain installation errors from rushed or undertrained crews.
Seven steps to reduce rework
1. Control the documents
One current set, one place. Old sheets get pulled from the field when a revision arrives, or stamped "superseded" in large letters. Every crew lead knows where the current set is and checks the revision date before laying out. This alone removes a large share of avoidable tear-out. See how to manage construction documents and drawings.
2. Review constructability before you build
Have the superintendent and key subs walk the drawings before mobilization and flag conflicts: ducts that will not fit above a lowered ceiling, embeds missing from structural drawings, details that do not match. A constructability review costs a few hours. Discovering the conflict after concrete is placed costs much more.
3. Answer questions in writing, fast
Crews guess when answers are slow. Track every RFI with a needed-by date tied to the schedule, and chase the late ones. When an answer comes back, push it to the field the same day and mark the affected sheets. Read how to manage RFIs without slowing the job.
4. Inspect the first installation
Before a crew installs the full run of anything new (first bathroom of tile, first window, first section of curtain wall, first run of conduit in a rated wall), the foreman and superintendent check it against the drawings, specs, and submittal. For finish work with appearance criteria, a mock-up approved by the owner sets the standard before production starts.
5. Sequence trades and inspections deliberately
Hold a short coordination conversation in the weekly meeting: what has to be inspected before it is covered, which trades must finish before the next starts. A three-week look-ahead with inspection holds written in prevents closing walls too early. See how to sequence trades on a construction project.
6. Protect finished work
Assign protection in the subcontract scope, not as an afterthought. Floor protection, corner guards, and covered openings are cheaper than replacing damaged finishes and arguing over back-charges.
7. Measure rework and talk about it
Create a rework cost code for labor and material. When a crew tears out work, the hours go there with a short note on the cause. Review it in the weekly job meeting. Within a few months you will see patterns, such as one trade, one type of detail, or a recurring document problem. Formal issues can go on a nonconformance report.
Worked example: tracking rework on a small commercial job
Say a GC self-performs framing and drywall on a $1.1 million medical office. The budget carries 2,400 hours for those trades. After eight weeks the PM pulls the rework code.
Example rework log after eight weeks
Cause
Hours
Example
Built from old sheet
46
Exam room walls laid out on revision 1 after revision 2 moved them
No first-install check
30
Blocking for grab bars missed in 6 restrooms
Closed before inspection
22
Drywall cut back to expose plumbing for inspector
Damage by others
14
Corners repaired after cart traffic
That is 112 hours. At an example burdened rate of $62 an hour, about $6,900 in labor alone, before material and schedule impact. Two fixes cover most of it: a document control rule (pull old sheets, revision check at layout) and a first-install sign-off for blocking. The PM also asks for a change order on the exam room walls if the revision was issued late or without notice, because some apparent rework is really unpaid change.
A rework check for the weekly job meeting
Add five questions to the agenda of the weekly coordination meeting. They take ten minutes and catch most of the setups for rework before they happen.
Did any drawing revisions or RFI answers come in this week, and has the field set been updated?
What new work types start in the next two weeks, and who is checking the first installation?
What has to be inspected before it gets covered, and are those inspections on the look-ahead?
Which finished areas need protection from the trades coming in next?
What went on the rework cost code last week, and what was the cause?
Write the answers into the meeting minutes with a name next to each follow-up. That record also helps later if you need to show that a revision arrived late or that another trade caused the damage.
Mistakes to avoid
Blaming crews first. If the cause is information, retraining a crew will not fix it.
Mixing rework with change orders. You lose both the record of your own errors and the leverage to get paid for real changes.
No cause noted. Hours without a reason cannot be acted on.
Skipping first-install checks to save time. The time saved is small compared to tearing out a full floor.
Treating RFIs as paperwork. An unanswered RFI is a coin flip on rework.
Smart Business Automator tracks RFIs and submittals with due dates, and its AI help can draft RFIs and flag risks from daily logs, so open questions reach the field faster. See RFI and submittal tracking automation.
Frequently asked questions
What is the main cause of rework in construction?+
Information problems top the list. A 2018 PlanGrid and FMI study attributed 48 percent of U.S. jobsite rework to miscommunication and poor project data. Old drawings, verbal direction, and slow RFI answers are common examples.
How do you track rework costs?+
Set up a separate rework cost code for labor and material, require a short cause note with every entry, and review it weekly. Do not mix rework with owner change orders.
Is rework the same as a change order?+
No. Rework fixes your own or a sub's error at your cost. A change order is a change in scope directed or approved by the owner, which should be priced and paid.
Who pays for rework caused by a subcontractor?+
Usually the subcontractor, under the terms of the subcontract, often through a back-charge. Document the defect, notify the sub in writing, and give them the chance to fix it before charging.
Liberty Mutual just warned that mega projects are exposing GCs to unprecedented risk. With Canada planning $115 billion in infrastructure and the US IIJA pipeline surging, the 65% failure rate on billion-dollar projects is about to hit more contractors than ever. This episode breaks down the risk categories, the broker selection mistake that kills contractors, and how to protect your business.
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Published transcript from Scaling Legends. It may contain transcription errors. View the source transcript.
Two out of three. Two out of three billion dollar construction projects fail. Which is just a staggering number when you really think about it. Right. I mean, they go over budget, they run hopelessly behind schedule or, you know, they simply do not deliver what was promised to the owner. And the crazy part is the reason they fail usually isn't the supply chain bottleneck. Yeah, it's rarely that. It's not a sudden shortage of skilled labor and it isn't a crane collapsing on site. The critical failure point is often sitting in a file cabinet in an insurance broker's office. Exactly. It's the paperwork. Yeah. So welcome to the deep dive. Today, we are unpacking the hidden catastrophic risks embedded in the historic 2026 infrastructure boom. Because if you are a construction business owner looking to safely
scale your operations and really become a legend in this industry, this is the battlefield you are stepping onto. And it is a battlefield. It really is. So our mission today is to figure out why these mega projects are more dangerous than ever and to give you a strategic playbook for protecting your business before you even think about submitting a bid on your next major project. We're pulling from some landmark research out of Oxford University today, along with urgent warnings directly from Liberty Mutual and market data from Smart Business Automator. Yeah. And the contrast between the opportunity and the risk right now is, well, it's what makes this so critical. Because the scale of the work available in the infrastructure pipeline is unprecedented. Absolutely. But we tend to view insurance as this static checkbox, like a frustrating cost
of doing business. Right. Just something you have to buy. Exactly. Rather than seeing it as a dynamic, highly specialized risk mitigation tool, and understand why that mindset is so dangerous, we have to look at the sheer unforgiveness scale of the failure rate facing the industry right now. Because the pipeline looks like an absolute gold rush. I mean, in the U .S., the Infrastructure Investment and Jobs Act is pumping $1 .2 trillion into the market. It's a massive interest. Yeah. And up in Canada, there's $115 billion slated over the next five years alone. We're seeing these massive specific greenlit projects like the $3 .6 billion Brent Spence Bridge. Oh, yeah, that's a huge... And the $4 .6 billion Georgia SR400 project. It just feels... It feels like generational wealth is waiting to be built. But the Oxford University research tells a completely
different story. It really does. This study was led by Bent Flavjerg, and they analyzed over 2 ,000 megaprojects. And just to clarify, these are projects with budgets over $1 billion. Right. And the statistics from that study are genuinely grim. Right. So megaprojects have a 65 % failure rate. 65 %? That's, I mean, that's wild. It's more than half. And across those 2 ,000 projects, the average cost overrun is 27 .4%. Wow. And when you're dealing with a billion -dollar baseline, 27 % overrun is a quarter of a billion dollars in unexpected costs. It's evaporating. Right. And the schedule overruns are even worse, averaging 55 % of the original timeline. I mean, imagine telling a stakeholder or a municipal government that a four year bridge project is going to take
over six years. Tying up traffic and capital the entire time. Exactly. But the most sobering statistic actually comes from a joint McKinsey and. Oxford finding. They found that only 8 .5 % of megaprojects come in on budget and on time. Less than 1 in 10. Less than 1 in 10. For more contractors than ever are mathematically guaranteed to get burned here. But I want to challenge the premise for a second because I'm looking at this from the perspective of a contractor who, say, just flawlessly executed a $50 million highway interchange. I mean, a road is a road. Concrete is concrete. Why does simply adding zeros to a project budget exponentially increase the failure rate? It feels like stepping up to the major leagues, but swinging a wiffle ball bat, the massive scale completely changes the physics
of the game. That's a great way to put it. But if I'm scaling up my operation, shouldn't the risks just scale linearly alongside my revenue? Like what actually breaks first when you cross into that billion dollar territory? Well, what breaks first is the management of complexity. Because risk does not scale linearly. It scales geometrically. Geometrically. Okay. When you go from a $50 million project to a $500 million project, you aren't just pouring 10 times the concrete. You're introducing entirely new intersecting timelines. Oh, I see. Like on a smaller John, if one shipment of structural steel is delayed by a week, you might just send a few crews home and adjust the schedule. No big deal. Right. You eat a few days. But on a mega project. A delayed steel shipment creates a catastrophic
domino effect. The steel delay pushes back the concrete pouring, which delays the electrical contractors, which then triggers penalty clauses from like three different subcontractor unions simultaneously. Oh, wow. Well, your municipal permits are probably starting to expire. Exactly. The lines of communication jump from 50 to 5 ,000. And actually, Smart Business Automator's market intelligence report flags a critical risk factor right now, which is the massive danger of a project's size relative to a company's actual capacity. Right. Because as more contractors chase these mega projects, they just assume their existing systems can handle that geometric jump in complexity. Because you think you're capable since your leadership team crushed the last job.
But the operational capacity of your project managers, your safety systems, your risk management protocols, they don't magically multiply by 10 because the contract value did. They absolutely don't. Which brings us to the specific hidden point of failure our sources highlight. When these massive projects go south, the fatal blow usually isn't a structural failure in the dirt. It's a failure in how the legal and financial risk was structured by the insurance broker. Yes. And we have a very pointed warning on this from Aidan Lanzon. He's the senior vice president of Liberty Mutual Canada. So writing in Insurance Business Magazine, Lanzon states that mega project complexity is exposing general contractors to unprecedented risk. And his warning is specifically directed at what he calls generalist brokers.
Generalist brokers. So the folks who do a little bit of everything right the broker who insures your local office building your fleet of trucks maybe the strip mall construction down the road Lanzen warns that bringing a generalist broker onto a multi -billion dollar transit or hospital project is a recipe for absolute disaster. Because they miss things. Huge things. It leads to coverage gaps, inadequate surety bonding, and just catastrophic uninsured losses. He says you need to be very selective about your broker and demand to see their specific mega project experience. Okay, but let me put myself in the shoes of the listener for a second. If I'm a business owner and I have a broker I've trusted for 15 years, Someone who knows my business inside and out, who handled my $10 million jobs perfectly without a single
hiccup firing them just because my new project is bigger, feels like a terrible business decision. I get why it feels that way. Right. Because isn't insurance just insurance? As long as the coverage limits are higher, why does it matter who sells me the policy? Well, that loyalty is exactly what bankrupts scaling contractors. Because insurance at this scale is not a commodity. It is highly bespoke legal architecture. Legal architecture. Yeah. Think of it less like buying a larger policy and more like engineering a physical structure. Your trusted broker is like a highly skilled residential plumber. They can perfectly pipe a 10 ,000 square foot mansion. Sure. But a megaproject is a nuclear submarine. Oh, wow. The basic physics of water might be the same. but the pressure and complexity of the submarine will instantly
tear the residential plumbing system apart. That makes a lot of sense. A generalist broker simply doesn't have the depth of knowledge or the relationships with massive global underwriting syndicates to properly structure a billion -dollar risk portfolio. because megaprojects involve massive design and engineering components that legally shift the liability directly onto the general contractor. And we really see the result of that shift. Smart Business Automator's Market Intelligence Report shows professional liability claims in construction have increased 15 to 20 percent year over year since 2022. Which is a huge jump. It's a staggering jump. So if a generalist broker is using a residential plumbing approach on a nuclear submarine project, what are the specific Yeah, let's go through
them. So the first pillar is wrap -up liability. Okay. On a massive multi -party project, you don't just have your own employees on site, you have... Dozens, maybe hundreds of different subcontractor entities working simultaneously. Wrap -up insurance is designed to cover everyone under one umbrella so that if something goes wrong, you aren't stuck in a web of finger pointing. So everyone is covered together. Right. Because if a generalist broker structures this incorrectly and leaves a coverage gap, the real world consequences are immediate. So, like, let's say a Tier 3 subcontractor drops a steel beam and shatters a critical municipal water main, flooding the entire site. Good example. If the wrap -up policy has an exclusion your broker didn't catch... The subcontractor's insurance denies the claim and your general liability policy
denies the claim. Construction doesn't just slow down, it halts completely. Right, in its tracks. Because nobody is going to fund the $10 million repair to keep the site moving while three different legal teams spend two years fighting over who pays. That is the actual mechanism of how a paperwork error physically stops a project and creates that 55 % schedule overrun Fleibjerg's study warned about. precisely the mechanism. So that brings us to the second pillar, which is professional lines. And this directly addresses the spike in liability claims we just discussed. The 15 to 20 % jump. Exactly. In traditional construction, the owner hires an architect to design it and you just build it. But mega projects increasingly use design build or integrated project delivery models where you, the contractor, take on the
design risk. Okay, so if the engineering team makes a calculation error and the HVAC system in a billion -dollar hospital has to be ripped out. Standard general liability will not cover it. Really? Not at all. General liability covers bodily injury and property damage, not professional errors. You need specialized professional liability coverage or your company absorbs the entire cost of the rework. Ow. Okay, moving into pillar number three, environmental exposure. And this isn't just about spilling diesel fuel on the site, right? No, it's way bigger than that. When you're taking on massive infrastructure work, you are often dealing with brownfield or industrial sites. You start excavating for a new underground transit hub, and suddenly your backhoe hits an undocumented leaking chemical dump from the 1950s. And the
second that happens, the site becomes a hazardous material zone. And this is a huge issue. Smart Business Automator's Market Intelligence Report identifies environmental liability claims as the absolute fastest growing category in construction insurance today. The fastest growing? Wow. Yeah. The regulatory fines, the mandated remediation costs, and the subsequent project delays can completely wipe out a project's profit margin overnight. A specialist broker ensures your environmental policy actually covers historical unknown contaminants rather than just the pollution your own machinery might cause. Okay, that is critical. So the fourth pillar completely dictates your ability to scale, and that's surety and bonding. A surety bond is essentially a massive financial guarantee
to the project owner that you have the capital and capability to finish the job. Right. And if you walk away, the surety company pays to finish it. It acts as the financial oxygen of your business. The financial oxygen. Yeah, because your bonding capacity dictates the size of the projects you can legally bid on. A specialist broker knows how to sit down with surety underwriters, explain your specific operational strengths, and negotiate to maximize your bonding capacity. Whereas a generalist broker... A generalist will just accept whatever automated limit the computer generates based on a rigid financial formula, which artificially chokes off your company's growth. Man, that's frustrating. Okay, then we have the fifth pillar, which ironically gets lost in the shadow of the massive liability numbers fleet and property. Yes, so often overlooked.
When a contractor scales up to a megaproject, everyone gets so focused on the billion -dollar wrap -up policies that they overlook updating the baseline property coverages. Because the equipment required for a megaproject is entirely different from a mid -sized job. you are just bringing standard f -150s and common backhoes to the site right you are bringing in highly specialized custom engineered tunnel boring machines or massive crawler cranes that cost millions of dollars to replace And if your property coverage limits aren't aggressively adjusted to match the actual replacement cost of that mega scale equipment, a single localized fire or severe weather event in the staging area can cripple your balance sheet. Completely triple it. Right. Which brings us to the sixth and final pillar. This is the ultimate separator between a generalist
and a specialist procurement model expertise. The way a contract is awarded and structured fundamentally changes who holds the risk. Your broker has to deeply understand models like design build, public -private partnerships, construction manager at risk, and integrated project delivery. Because different procurement models are like completely different casino games. Exactly. Design build is chess. P3 is poker. If your broker only knows how to play checkers, your entire company is exposed. Building a standard municipal bridge where you get paid as you hit milestones is entirely different from a public -private partnership where you might be required to partially finance the construction and then operate the toll road for 30 years to recoup your investment. Right. If your broker treats a public -private partnership like a standard construction contract, you are
entirely exposed. In a P3, you are taking on long -term maintenance and financing risks. In integrated project delivery, you are entering into a shared risk and reward pool with the owner and the architects. It's totally different. The insurance policy must be meticulously engineered to mirror the exact legal risk allocation of the specific procurement model. Otherwise, you have purchased a very expensive piece of paper that protects absolutely nothing when the legal claims begin. So we know the six pillars that have to be covered. We know the mechanics of how these gaps physically halt projects. But our sources highlight a really fascinating psychological phenomenon regarding when contractors actually make these fatal errors. Yeah, this part is really interesting. Because it feels so counterintuitive.
Usually we think of risk as something that happens when the work dries up. You would assume that business owners take on dangerous amounts of risk during an economic downturn when they are desperate to keep the lights on and keep their crews employed. But Liberty Mutual warns of the exact opposite. They call it the times of plenty trap. The times of plenty trap. So taking on too much when times are good. Exactly. It occurs precisely during historic booms like the infrastructure pipeline we are in right now. It is a phenomenon of operational momentum. When the market is flooded with federal and state money, your estimating team gets dialed into winning bids. The sheer volume of opportunities creates a dangerous institutional momentum. Estimators are working late into the night just to keep up with the RFP deadlines, and they stop pricing in the geometric complexity
of the site logistics we talked about earlier. So it's not about greed. It's about the machine running too fast. Yeah, the machine just hums along. You start bidding on projects in geographic regions you've never worked in, or you partner with Tier 2 and Tier 3 subcontractors you haven't properly vetted, simply because the contract value is too massive to ignore. The institutional friction that normally slows you down and forces deep risk analysis disappears because everyone is rushing to get the bid out the door. That's exactly how it happens. So how does a construction business owner recognize their operation is falling into this trap before they've already signed the dotted line? You recognize it by auditing your own internal processes. You have to ask, are you stretching your bonding capacity to the absolute breaking point on a single project?
Are you relying on the same risk management checklist for a billion -dollar transit hub that you used for a $50 million warehouse? You have to step back and look at what you're doing. Right. Because the stakes here are monumental. North American construction insurance premiums exceed $30 billion annually. The Canadian surety market alone represents $4 to $5 billion. The margin for error is nonexistent. This is why our sources outline five highly actionable steps to safely scale your business without falling into the trap. Step one is the immediate stress test, evaluate your broker's specific construction specialization. Do they intimately understand the difference between integrated project delivery and a public -private partnership? Have they actually structured the risk for a project of this magnitude before? And don't just take their
word for it. Step two is you mandate a comprehensive coverage gap analysis before bidding on any project over $50 million. Before bidding. This cannot wait until after you win the bid. You and your specialist broker need to map every single risk category from professional design liability to wrap up exclusions against your current policies to find the holes before you commit your capital. Okay, step three requires incredible discipline. Know your bonding capacity intimately and follow the data -backed golden rule. Do not stretch beyond 60 % of your total bonding capacity on any single project. This is huge. Why is that 60 % threshold so critical for a scaling company? Because if you max out 90 % or under percent
of your bonding capacity on one massive, geometrically complex mega project, you have essentially choked off your own growth. Oh, I see. You have zero financial oxygen left to bid on the next potentially safer, more profitable, mid -sized opportunity that comes along. You lock your entire company's future onto the success of a single, highly volatile project. That makes total sense. Step four is to get your environmental liability coverage specifically reviewed. Knowing that it is the fastest growing claims area, you cannot assume a standard pollution policy will protect your balance sheet from a 50 year old toxic surprise buried in the soil of a brownfield site. You need a dedicated, bespoke environmental policy. Right. And finally, step five, use this historic infrastructure pipeline to your advantage. Yes.
Insurers are actually looking to back incredibly well -managed companies that have a strong multi -year pipeline of government backed work. If you can walk into a meeting with underwriters and demonstrate that you understand geometric risk, that your capacity is controlled, and that your legal architecture is flawless, you can actually use the massive scale of the IIJA pipeline as leverage to negotiate better terms and more flexible rates. So you prove to the underwriting syndicate that you aren't just blindly chasing the zeros. You show up with a tailored, analytical approach to the realities of the site. Exactly. You show them you're a safe bet. So bringing this all together for the scaling construction business owner listening right now, $1 .2 trillion infrastructure boom is a generational opportunity. But raw ambition and operational momentum are
not enough to survive it. Deep knowledge, meticulous preparation, and having an absolute specialist structuring your risk, that is the only thing standing between a highly profitable legacy project and a company ending failure. As we look at the data, it leaves us with one incredibly provocative question about the future of the industry. Okay, what's that? Well, we've established that 65 % of billion -dollar megaprojects fail with massive cost and schedule overruns. We know that professional design claims and environmental claims are skyrocketing. If this trend of geometric complexity continues to outpace risk management, what happens to this massive infrastructure boom if the global insurance market simply decides the risk is no longer mathematically worth underwriting at all? Will we reach a point
where contractors have to pool their own massive capital reserves and entirely self -insure just to build the future? That is a chilling thought. If the traditional safety net disappears entirely, only the most surgically precise Whisk -aware companies will survive to build the next decade of infrastructure. It'll be survival of the fittest. Absolutely. So here's your immediate call to action to ensure your company is one of the survivors. Call your insurance broker this week. Ask them exactly how many billion -dollar megaprojects they have successfully insured from Groundbreak to Handover in the last three years. If the answer is zero, or if they even hesitate, you are sailing a nuclear submarine with a residential plumber. Yeah, time to upgrade. Before you get back to the site, please take a moment to subscribe, rate, review, and share this deep dive with your
executive team. And be sure to visit smartbusinessautomator .com for more insights. The 2026 infrastructure boom is waiting. With the right playbook, a true specialist broker, and flawless risk architecture, you can ensure that your company becomes the legend that actually succeeds. Thanks for listening.
