You may think it's a fairly simple task: writing a checklist. You want your team to be unified in how they look at verifying work completeness and quality. So, you'll write a checklist to give them a roadmap. Anyone can write a list of what they expect, right? Well, sort of. We all write task lists for groceries, chores, and reminders. But writing a checklist for construction is a bit different for several reasons:  It's more technical : You must communicate critical knowledge and cover all your bases.  It must be sufficiently repeatable : Checklist items typically need to capture many different circumstances.  It must be readable to a wide audience: Many people of different backgrounds need to reference your checklist, not just you. This includes technical experts, inspectors (who don't always know what they're inspecting), and installers.  Having created and edited a thousand checklists for production builders, we see a lot of mistakes that are easy to avoid. In this 3-part blog series, we'll address them all and help ensure that all of your checklists are crystal clear. #1: Make it Easily Readable   If you're looking for an easy win, start here. Checklists should be readable by a wide range of readers, but often aren't. Consider the following:  First, don't write your list as instructions . This is the most common issue we see. We typically think of our checklist as a series of instructions to the inspector, so we write each item as "Check this," "Check that," and "Verify this." There's two things wrong with this inclination: 1. Your inspector already knows they're reading a checklist, so this language is redundant, and they'll learn to ignore it. 2. Your inspector is not the only audience; the checklist may also be used by installers and managers to set expectations. They're expecting to read a list of expectations. So, instead of telling the inspector what to do, we should always seek to plainly describe the result we want -- the outcome that's applicable to all audiences.  Second, put the most important information first . Readers expect the first part of an article, paragraph, or sentence to hint at the rest. If the most important information is first, the whole list is easier. When someone scans the list, they first see the highlights and then read all the details (as needed). Specifically, start each checkpoint with the most important word , so your readers can find and differentiate the list faster. It will also help you identify the best order for your checkpoints. Pro tip : If you're going digital, software often orders your checkpoints alphabetically by default, and that order will make sense if you are intentional about the first word.  Third, repeat the same language where appropriate . If you have a list of repeat requirements, don't write it in different ways for each item, just repeat the exact same language structure. This will help you and your readers make sense of the list. I can't tell you how many times I've seen two checkpoints in the same list that read like this: "... plumb, straight, and level" and "... has straight edges, is level, and plumb."   Here's an example of all these points in action. Read the following three checkpoints:  "Ensure that there are no chips, scratches, or dents in cabinet doors."  "Check that there are no cuts, scuffs, scratches or chips in countertops."  "Verify that cabinet door operation is smooth."  These sound reasonable, but they could be so much better. First, the "Ensure" and "Check" parts are pointless. Reword them to state what you expect, not how to inspect. Second, you have to read all the way to the end of the sentence to differentiate these items, and it's difficult to notice at first glance that 1 & 3 are both asking to check cabinet doors. Third, the types of defects in countertops and cabinet doors is similar, but worded differently, so it can be confusing. Here is a better version that also alters the order for ease-of-use:  "Cabinet door operation is smooth."  "Cabinet doors have no chips, scratches or dents."  "Countertops have no chips, scratches, or cuts."  So now we've covered part 1 in our checklist series: "Make it Easily Readable." Our next blog on writing good checklists will explore "Document Organization." Stay tuned!

Leaders across industries, including homebuilding, often find themselves searching for the next idea… only to realize they’re looking in the same places as everyone else. When your network is made up of peers facing similar challenges, it’s easy to fall into an echo chamber where innovation becomes incremental at best. Many companies unknowingly pull from the same playbook, limiting their ability to break through. One powerful alternative is to look beyond your industry. This approach – often called cross-industry innovation  or knowledge spillovers  – has long been recognized as a driver of meaningful progress. By exploring how other industries attack problems, leaders can unlock new ways of thinking and operating. The goal is to innovate, not imitate . Practices and strategies that work in one industry must be translated thoughtfully, with attention to cultural and operational differences. Without that, even strong ideas can fail. It’s also important to avoid overwhelming teams, as too much external input at once can create confusion and frustration. Studies have shown that organizations that intentionally learn from other industries tend to outperform their peers. They innovate more (often in more radical ways), while also improving productivity. They are quicker to adapt to emerging trends in technology and process management, and they are less likely to fall victim to stagnation. To initiate this kind of learning, start with analogous industries. Look for similarities in processes, supply chains, or labor structures. At the same time, avoid industries or companies that are too culturally similar, as they may offer limited new perspective. For homebuilding companies, automotive and manufacturing are strong starting points due to their maturity in process optimization and quality control. Here are some practical steps that make this approach actionable: Consider hiring talent from outside your industry – this introduces new thinking immediately. Plan to join cross-industry groups and attend non-industry events – this quickly expands exposure. Leverage your network to arrange site visits, as seeing another industry’s operations firsthand often sparks insights that can’t be gained any other way. In the seemingly endless pursuit of improvement and innovation, intentionally seeking knowledge from industries outside of homebuilding is a great place to start.

There’s a growing trend across cold-climate markets, places like Pennsylvania, Ohio, and Michigan, where builders have started moving away from basements and toward slab-on-grade construction. This shift has accelerated over the past decade, driven largely by cost and cycle time pressures. On paper, it makes sense. Slabs are faster to build, less expensive, and simplify construction. For production builders, that’s hard to ignore. But from a building science perspective, this is a risky move, unless it’s done right. In cold climates, the ground is cold. When a slab is poured directly on grade without proper detailing, the home becomes thermally connected to that ground. The slab acts like a heat sink, constantly pulling energy out of the home. That shows up in ways that homeowners immediately feel: cold floors, uncomfortable perimeter conditions, and systems that have to work harder just to maintain temperature. What looks like a cost savings upfront quietly becomes a long-term performance issue. And this is where most builders get it wrong. The failure point is almost always at the slab edge. The only way to properly insulate a slab in a cold climate is from the outside. If any portion of that slab edge is exposed to exterior conditions, it becomes a direct thermal bridge into the home. Cold moves through that concrete uninterrupted, bypassing everything else that a builder may have done right in the enclosure. Interior insulation strategies don’t fix it. Flooring doesn’t fix it. There is no workaround for a bad slab edge detail. If you can see exposed concrete on the exterior of a slab in these markets, it is a building science failure. And the homeowner will feel it every winter. Cold slab edges translate directly into cold floors along the perimeter of the home, exactly where people live, walk, and sit. It’s not subtle. It’s persistent, and it leads to complaints that are difficult to solve after the home is built. This isn’t theoretical, we’re seeing it in the field. In homes with poorly detailed slabs, especially those with exposed edges, we’ve measured temperature differences of up to 15°F between the ground floor and the second floor during winter conditions. That’s not a comfort issue; it’s a performance failure. Homeowners respond the only way they can, by turning up the thermostat, adding rugs, or simply avoiding parts of their home. Meanwhile, the HVAC system is trying to compensate for a problem that was built into the structure from day one. At the same time, concrete doesn’t start dry, and it doesn’t dry quickly. A slab holds a significant amount of moisture after placement, and in cold climates, that moisture has limited ability to dissipate. Homes today are also tighter, which reduces natural drying potential. Moisture that moves up through the slab can become trapped beneath flooring systems, especially when finishes are installed too early. Now you have cold surfaces, limited drying, and trapped moisture working together against long-term durability. Slabs can absolutely work in cold climates, but only if they are treated as part of the building enclosure. That means continuous insulation under the slab and, more importantly, at the slab edge. It means protecting that insulation on the exterior and ensuring continuity. It means installing a real vapor barrier and understanding how the slab will behave during the first several months as it continues to dry. This is not a detail you can value-engineer out without consequences. If you remove the basement, you remove a natural buffer between the home and the ground. That buffer has to be replaced with proper insulation and detailing, especially at the slab edge. If it’s not, the home is sitting on a cold, conductive surface that will impact comfort, performance, and durability for the life of the home. The move to slabs is being driven by cost and speed. Eliminating basements reduces excavation, materials, and labor. It shortens schedules and simplifies builds. But if those savings aren’t reinvested into proper slab detailing, especially at the perimeter, the risk doesn’t go away. It just moves. It shows up in comfort complaints, warranty calls, and eventually in a builder’s reputation. Slabs in cold climates aren’t inherently a bad idea… but exposed slab edges are, and once  built, it’s almost impossible to fix. And hope is not a building science strategy.

You may have heard that the HVAC industry is going through a big refrigerant change. What does this actually mean? A refrigerant is the chemical inside your air conditioner or heat pump that moves heat from where you don’t want it, to where you do. It’s what makes cooling possible. The new generation of refrigerants (like R-454B) have a much lower global warming potential. In fact, it’s about one-quarter as potent as the older R-410A. Because refrigerants contribute significantly to a building’s embodied carbon, this shift is a meaningful step toward more sustainable homes. What’s the catch? These new refrigerants are classified as “mildly flammable” by ASHRAE. They fall into the A2L category. “A” means non-toxic, and “2L” refers to a low level of flammability. Scary? No, as this is well below something like propane, which is classified as highly flammable (3). A2L refrigerants don’t behave in the same way that a propane grill or a blowtorch do. They don’t simply ignite and keep burning with a match. In fact, under normal conditions (even in the case of a leak) the concentration typically won’t reach flammable levels. We’re already comfortable with propane grills on our decks and natural gas running through our homes. A2Ls deserve this same level of practical perspective… while still being handled with proper safety protocols. What does this mean for builders? Honestly, not much, assuming your HVAC contractor is properly trained and EPA-certified. Technicians need the right tools that are rated for A2Ls and should follow best practices for charging and servicing equipment. Modern systems also include built-in safety features that can detect leaks, shut down the compressor, and run the fan to help dilute refrigerant if needed. Bottom line The name sounds more dramatic than the reality. A2L refrigerants are a responsible step forward for sustainability, with manageable and well-understood safety considerations.

Have you ever been sitting on the couch and felt a cool draft along an outside wall? Or noticed that one bedroom is always hotter in the summer or colder in the winter than the rest of the house? In many cases, the issue isn’t your HVAC system, it’s air leakage. Homes naturally have small gaps and cracks in their exterior shell. When outside air slips in (and indoor air slips out), it affects more than just comfort. In winter, that moving air makes rooms feel colder. In summer, it lets heat sneak inside. Because air carries heat with it, your heating and cooling system has to work harder to keep up. This means higher energy bills. Air leaks can also bring moisture and outdoor pollutants into your home, which isn’t great for indoor air quality or long-term durability. The goal in modern construction isn’t to eliminate fresh air - it’s to control it. Fresh air should come in through planned, filtered ventilation systems, not random cracks around wiring, plumbing, framing joints, and attic penetrations. Air moves when two things exist: a pressure difference and a hole. Wind, temperature changes, and even bathroom or kitchen exhaust fans create pressure differences. If small gaps are present, air will find them. This is why we need to be sure to focus on air sealing - carefully closing those gaps with sealants and tapes, ideally during construction. Even small, missed openings can add up. When airflow is controlled, you get what every homeowner wants: more consistent temperatures, lower energy bills, better indoor air quality, and a home that holds up better over time.

When water gets behind exterior cladding - and it will - it should hit a reliable weather-resistive barrier. In most homes, that barrier is housewrap. Choose the wrong one, and you could be inviting long-term moisture problems, callbacks, and durability issues. So what’s the difference? Most synthetic housewraps are made from polyolefin, and they come in two main types: woven and nonwoven. Woven wraps use long interlaced strands, similar to cheesecloth. Nonwoven wraps use shorter, randomly arranged fibers, similar to OSB. This structural difference matters. Woven wraps are more prone to tearing. A small snag can “run,” especially when exposed to wind during construction. Nonwoven wraps, with their random fiber pattern, resist tearing and are easier to patch. The modest added cost (often just a couple hundred dollars per home) is cheap insurance. Permeability is even more important. A quality nonwoven wrap is engineered to allow water vapor to pass through while blocking bulk water like rain. Many woven wraps rely on surface perforations to achieve permeability, but those holes can also let liquid water in. Climate should guide your choice. In dry regions, perforated woven wraps may perform adequately, whereas in humid or rainy climates, a nonwoven, non-perforated, vapor-permeable wrap is typically the safer choice. Cladding type matters, too. Vinyl siding naturally sheds water, so a flat wrap often works well. More rigid sidings like fiber cement can trap water, making a textured drainage wrap a smart upgrade. No matter what you choose, installation is critical: proper laps, shingle-style flashing, taped seams, and button-cap fasteners are non-negotiable. When it comes to water management, cutting corners is never worth the risk.

Sales teams are often the primary point of contact for consumers, yet many lack formal training in building science or construction practices. Bridging this gap benefits both buyers and builders by setting realistic expectations and building trust. Educating sales teams to effectively communicate construction quality requires a structured, practical, and credibility-focused approach. First, salespeople need foundational construction literacy . This does not mean turning them into tradespeople, but giving them a working understanding of structural systems, building envelopes, mechanical systems, and code requirements. Training should focus on why certain details matter—such as moisture control, insulation continuity, and water management—so that explanations to buyers are meaningful, while not feeling scripted. Second, education should emphasize quality as performance , not just features. Salespeople should learn how quality affects durability, comfort, energy efficiency, maintenance costs, and resale value. Translating technical details into homeowner benefits (“this reduces drafts,” “this prevents future water damage”) makes quality tangible and relevant. Third, builders should provide visual and experiential learning tools . Mock-ups, cutaway displays, photos of in-progress construction, and defect-versus-best-practice comparisons help salespeople confidently explain what buyers cannot see behind finished walls. Site walks with construction managers or third-party inspectors can further reinforce learning. Fourth, training must include honest communication and limitations . Salespeople should be coached on explaining construction tolerances, normal and anticipated building movement, and warranty processes without defensiveness or overselling. Transparency strengthens credibility and reduces post-sale conflict. Finally, ongoing education is essential. Codes, materials, and construction best practices evolve, so refresher training and feedback loops between construction, warranty, and sales teams keep messaging accurate and aligned. When salespeople understand construction quality and can clearly explain it, consumers make better-informed decisions—and builders reinforce a reputation for professionalism rather than promises alone. Interested in training your sales team on how to communicate these important quality and performance-related topics to buyers? Reach out ... we'd love to help!

This year, I set a goal to finally tackle a few long-overdue home efficiency upgrades, and at the top of the list was my attic. If you’re looking for one of the most impactful places to improve your home’s efficiency, start here. It’s not glamorous, but it makes a big difference. If your home has uneven temperatures between rooms, high heating and cooling bills, drafty spaces, or even ice dams in the winter, there’s a good chance your attic is part of the problem. It’s one of the biggest opportunities for improving comfort and energy performance. Here’s what I did. First, I removed the old insulation to fully expose the ceiling plane. You can’t fix what you can’t see. Once everything was cleared out, I focused on the big holes first. In my case, I found an old chase behind a closet that had never been properly draft-stopped – it was simply covered with insulation. I capped it with rigid polyiso insulation board and sealed it with polyurethane spray foam. Next up were several dropped bathroom ceilings that were unsealed and missing insulation. I air sealed the perimeter of those areas and brought the insulation back in line with the ceiling plane. From there, it was all about details: sealing around light fixtures, plumbing stacks, wiring penetrations, and top plates. Small gaps got caulk. Larger openings got spray foam. Other common problem areas in many homes include attic hatches, knee walls, recessed lights, soffits, and plumbing or HVAC penetrations. The key is simple: seal the big holes first, then work your way down to the smaller penetrations. Once I was confident the attic floor was fully air sealed – separating conditioned space from unconditioned space – I reinstalled insulation. I made sure that it was properly lofted, continuous, in full contact with the ceiling plane, and compliant with current energy code. Just as important, I verified that ventilation was appropriate for the attic size and configuration. The results were immediate: lower utility bills and noticeably more comfortable rooms. So what are you waiting for?

After nearly a decade as a site superintendent, I’ve led countless new home demos and pre-closing walks. I’ve had this conversation with many peers and construction managers over the years, and one area consistently rises to the top as the most challenging: the attic. Whether it’s a single-story or two-story home, attic access is rarely simple. If it’s a scuttle hole, you need the right ladder. If it’s a pull-down stair or small door, it’s still not exactly convenient. The space is typically unfinished - no drywall, texture, or paint - and unless it’s conditioned, it’s often extremely hot or cold. Buyers aren’t usually dressed for it, either. Space can be tight, but the attic sometimes houses critical components like the furnace and air handler, including filters that require regular maintenance. Many builders also store extra tile, wood, or vinyl flooring there. The goal is to make buyers comfortable enough to understand the space without getting so comfortable that they step off framing members and through the ceiling. Finding the right balance of time and education in the attic can be tricky. Stay too long and attention fades; move too quickly and key details get missed. While weather can make exterior reviews challenging, attic inspections are consistently difficult. But with some planning, a safe, well-thought-out plan for reviewing the attic during a pre-closing walk builds trust, reinforces professionalism, and leaves buyers feeling confident in their new home.

Once upon a time, there was a large homebuilder growing faster than anyone thought possible. New communities rose quickly, trades multiplied, and schedules stayed full. From the outside, everything looked strong. But inside the kingdom, a dragon was forming. The dragon fed on small mistakes. A missed flashing detail here, a rushed insulation install there, inconsistent framing practices across distant markets. At first, the damage seemed manageable. A few callbacks. Some unhappy homeowners. A growing legal budget. Over time, the dragon grew larger, stronger, and harder to control. The builder tried fighting it the usual way. More rules. More reports. More paperwork. None of it worked. The dragon didn’t live in spreadsheets, it lived on jobsites. So the builder changed tactics. Instead of chasing problems after they appeared, they went into the field. The builder listened. The builder observed. The builder studied patterns instead of isolated mistakes. Slowly, the builder began to understand what was really feeding the dragon. With this knowledge, the builder forged new tools: practical construction standards that crews could actually follow, clearer expectations for trades, better training, and stronger accountability. The builder redesigned its internal systems so that quality wasn’t dependent on heroics, but on consistency. The work wasn’t fast and it wasn’t easy. Some resisted change. Some doubted the investment. But leadership stayed disciplined and over time, something remarkable happened: The dragon began to shrink. Fewer fires needed to be put out. Field teams became more aligned. Trades knew what “good” looked like. Problems were caught earlier. Homes became more consistent. Customers became happier. Risk stabilized. Years later, the builder’s kingdom looked very different. Not because the builder was perfect, but because they were intentional. Quality was no longer an afterthought. It was built into how work got done every day. And the greatest lesson of all? The dragon was defeated with data, discipline, and a long-term commitment to building better, one jobsite at a time.

With Valentine’s Day right around the corner, I thought I’d share some advice based on my experience of nearly 30 years of marriage: Asking the right questions of the right individuals helps alleviate disappointment, distress and even financial loss. This lesson rings true in a relationship… and in homebuilding. Let me explain. My wife and I will celebrate 29 years of marriage this year and when we were dating, it seemed very important that I chose wisely on how to celebrate the holiday. What to buy? What to do? How much to spend? With each passing year, I learned what hit the mark and what missed it. I was playing the long game, so it was important to learn from my “misses,” and get it right the next time. Regardless of what you think of Valentine’s Day, many feel pressure to get it right. My advice? Don’t guess at what might hit the mark... Ask. The same is true in homebuilding, only the pressure to get it right should feel even more intense. Afterall, our industry is delivering products that are expected to perform for decades. So, when your boss, your CEO, or your customer base is telling you to reduce the cost of your homes, rather than guess… Ask. Seems simple, right? But are you asking the right questions of the right people? Have you asked your Director of Customer Care: “What are the most frequently addressed warranty claims AND are these claims attributed to certain floor plans or buyer options?”   Have you asked your Director of Construction: “What are the plans, products, and options that create the most rework in the field AND which trades are driving up cycle times?”   Have you introduced yourself to your Risk Manager and asked: “How much of our profits are we paying out long after we hand over the keys to our customer AND what are we giving up this hard-earned money to fix?” Asking these questions of these individuals should provide you with specific insight on how and where to reduce costs. Don’t guess… Ask. In fact, you may be surprised to find that making select strategic investments upfront will actually reduce costs overall in this long game of homebuilding. And while you’re at it, if you’re playing the long game in the relationship aspect of your life, don’t forget to ask your valentine what they really  want out of the holiday this year.

Buying a home is often one of the biggest financial decisions you'll ever make. The preparation and research that goes into the purchase of a new or existing home can take months, if not years. Ultimately, the long-term impact of owning a home is substantial when you consider the full cost of ownership.   So, how much does it really cost to own a home? And what influence does a builder or designer have on the full cost of ownership?   We often view the builder or designer's role on home cost as solely focused on the purchase price. Certainly, the negotiated price of the home has a substantial impact on long-term homeownership finances, but it isn't the only factor. The true and full cost of ownership includes the mortgage payment (principal and interest), down payment, taxes, insurance, utilities, maintenance and repairs, and HOA fees.   One of the main long-term impacts that a builder has on costs relates to "operational" costs. More specifically, the quality decisions that a builder makes during construction can significantly impact utility costs and maintenance/repair costs.   Utility Costs : How does a builder impact the cost of utilities? One of the primary influences here is associated with the energy efficiency and the performance of a home. Builders that include higher levels of insulation, greater airtightness in the enclosure, and higher-performing mechanical equipment will provide homebuyers with lower energy costs to heat and cool their homes.   Maintenance/Repair Costs : How does a builder impact the costs of maintaining and repairing homes over time? Quality-minded builders will design and install assemblies and systems that reduce the risk of degradation and moisture intrusion, thereby increasing the longevity of materials in the home. In addition, designing finishes and systems in the home that prioritize durability will keep the homebuyer from having to repair or replace components too quickly.   Why is this discussion critical in today's market? According to the U.S. Census, "Median monthly owner costs increased 3.8% from 2023 to 2024; more than the increase of 3.0% from 2022 ($1,902) to 2023. This increase was primarily driven by higher mortgage costs and insurance fees." In other words, costs of homes are increasing in ways that are beyond our control. In light of this, it is critical that designers and builders take steps to reduce and manage the full cost of ownership for their clients.