BUILD BETTER HOMES

Show NotesThis episode dives into the real problem behind house plans and how the industry typically operates.Topics CoveredWhy Most House Plans Aren’t Build-ReadyPlans are often not code-compliantMissing structural engineeringNot adapted to site-specific conditionsThe Fragmented ProcessMultiple vendors (designers, engineers, consultants)Long timelines just to coordinate servicesIncreased costs and inefficienciesThe PLIRIS Approach (Vertical Integration)One platform handling plans, engineering, and permittingStreamlined workflow for builders and homeownersReduced coordination and faster timelinesPLIRIS Plans RelaunchOption 1: Complete plan packages (fully build-ready)Option 2: Purchase plans only (with option to complete later)Tiered royalty system supporting designersSupporting DesignersDesigners receive fair compensationMarketing exposure through PLIRIS platformAbility to scale without managing their own sales channelsIndustry InsightMany buyers purchase plans without understanding limitationsPermitting issues often arise after purchaseEducation gap in the homebuilding processKey TakeawayMost house plans aren’t ready to build as-is. Understanding the difference between a basic plan and a complete, build-ready plan set can save time, money, and major frustration during permitting and construction.Connect With UsIf you're a builder, homeowner, or designer looking for a more streamlined way to handle plans and engineering, connect with us at PLIRIS. Designers interested in joining the platform can reach out directly to be part of the upcoming launch. Learn more or start a conversation: https://plirisco.com!If there’s a topic you’d like us to cover in a future episode, reach out through our social platforms. PLIRIS SocialsCompany Website: https://plirisco.comFacebook: @pliriscoInstagram: @pliris_plansYouTube: @plirisplans

In this episode, Royal and John take a deep dive into fire-rated assemblies and how they apply across different types of residential construction. From single-family homes to multifamily and townhomes, understanding the differences between fire-rated systems is essential for both safety and project execution.Topics CoveredRated Walls (Single-Family Homes)Garage-to-living space separationUnder-stair protectionSlowing fire progression within a homeFire Barriers (Plexes & Multifamily)Separation between unitsNot structurally independentRole of fire sprinklers in modern designsFirewalls (Townhomes / Area Separation Walls)Structurally independent systemsDesigned so one unit can collapse without affecting the otherHigher cost but enables individual ownershipCode Interpretation ChallengesDifferences between code intent vs applicationReal-world examples of delays and disputesImpact on permitting timelinesModern Solutions (Shaft Liner Systems)Faster installationReduced coordination between tradesBetter performance in wet environmentsMaterial Considerations (ICF & CMU)Using concrete walls for fire separationBenefits in high wind / seismic zonesTrade-offs in labor and coordinationBuilder ConsiderationsImpact on construction sequencingRoof framing and structural layout constraintsImportance of getting permits approved quicklyKey TakeawayUnderstanding fire-rated assemblies isn’t just about code compliance-it directly impacts cost, construction timelines, and overall project success. Choosing the right system and executing it correctly can prevent delays, reduce complexity, and ensure both safety and long-term performance.Connect With UsIf you're a builder, contractor, or developer looking for support with residential plans or structural engineering, connect with us at PLIRIS. If there’s a topic you’d like us to cover in a future episode, reach out through our social platforms. Learn more or start a conversation: https://plirisco.com#BuildBetterHomes #ConstructionIndustry #FireSafety #ResidentialConstruction #HomeBuilding

In this technical episode, Royal dives into how structural engineers analyze and resolve loads in residential construction and why different engineers may produce different structural designs for the same home. We highly advise viewers to also watch the episode on YouTube. The discussion begins with the core principles of structural engineering which are determining loads and resolving loads using the ASCE 7 standard and material-specific design codes. From there, the episode explores several methods used to resist lateral forces such as wind and seismic loads in wood-framed construction.Topics CoveredEngineering Design FundamentalsDetermining loads using ASCE 7Resolving loads using material design codesThe importance of constructability reviewSegmented Shear WallsTraditional method used in most residential designsRequires full-height wall segments with no openingsOften results in multiple hold-downs and higher construction costsPerforated Shear WallsUses the entire wall system despite openingsApplies reduction factors based on window and door openingsCan reduce the number of hold-downs requiredForce Transfer Around Openings (FTAO)Uses straps and collectors to redistribute forces around windows and doorsAllows narrower wall segments to perform structurallyCan significantly reduce foundation and hold-down requirementsPortal FramesPerformance-based system commonly used around garage doorsDeveloped through extensive lab testingAllows large openings with narrow wall segmentsPrescriptive Path vs Engineered DesignPrescriptive path uses standardized tables to design structuresOften limits architectural flexibilityEngineered designs can be more efficient for custom homesAdditional Engineering ConsiderationsUsing gypsum drywall to contribute to shear resistance in wind designMaterial selection and constructabilityValue engineering opportunities between builders and engineersKey TakeawayStructural engineering isn’t about “over-engineering” a home but about determining the load, resolving it efficiently, and ensuring the design can be built in the real world. By understanding the different shear wall systems available (segmented, perforated, FTAO, and portal frames) builders and engineers can work together to reduce unnecessary hardware, simplify construction, and control project costs.Connect With UsIf you’re a builder, developer, or contractor who would like to guest in an episode, feel free to reach out. If there’s a technical topic you’d like us to discuss in a future episode, send us a message through our social media channels. 🔗 Learn more at https://plirisco.com! Follow us for more discussions on construction engineering, building science, and practical solutions for better residential construction. Facebook: @pliriscoInstagram: @pliris_plansYouTube: @plirisplans

In this episode, Royal and Shaun Carpentier explore the world of insurance restoration, breaking down how it differs from traditional construction and why understanding both sides is critical for long-term success in the industry. Shaun shares his journey from carpet cleaning into full-scale restoration, offering insight into how the industry operates behind the scenes especially during high-pressure disaster events.Topics Covered Mitigation vs ReconstructionThe difference between stopping damage and rebuildingWhy mitigation decisions impact reconstruction efficiencyCommon mistakes that create problems downstreamRestoration vs ConstructionKey differences in workflow, urgency, and planningWhy restoration lacks the lead time of traditional constructionHow project timelines and expectations differInsurance & DocumentationWhy restoration estimates are highly detailed and line-item drivenThe role of insurance adjusters, desk reviewers, and auditorsHow paperwork can determine project approval and paymentScaling During DisastersRapidly expanding teams during hurricane and emergency eventsLogistics challenges including labor, equipment, and housingThe importance of relationships and resource networksBusiness FundamentalsWhy technical skill alone isn’t enough to run a successful companyCommon reasons construction businesses fail when scalingThe importance of systems, financial management, and leadershipHomeowner & Builder InsightsWhy having the right insurance coverage mattersThe value of trusted relationships with restoration professionalsHow preparedness can impact response during emergenciesKey TakeawayRestoration is not just another branch of construction it’s a completely different system driven by urgency, documentation, and insurance requirements. Understanding both mitigation and reconstruction, along with the business and operational side of the industry, is essential for builders, contractors, and homeowners alike.Connect With UsIf you're a builder, contractor, or developer looking for support with residential plans or structural engineering, connect with us at PLIRIS. If there’s a topic you’d like us to cover in a future episode, reach out through our social platforms. PLIRIS SocialsCompany Website: https://plirisco.comFacebook: @pliriscoInstagram: @pliris_plansYouTube: @plirisplans Shaun Carpentier's Socials:Company Website: https://teamcadenceconsulting.com/LinkedIn: https://www.linkedin.com/in/shaun-carpentier-61983bb7/ 

In this episode, Royal and John step away from purely technical construction topics to discuss federal housing policies that may influence the future of home affordability in the United States. While the podcast typically focuses on engineering and building science, the regulatory environment surrounding construction plays a major role in how homes are built and how much they cost.Topics Covered IECC Energy Code RequirementsOverview of the 2021 International Energy Conservation CodeHUD and USDA loan requirements tied to energy code standardsPotential cost increases associated with new energy efficiency mandatesWhy some builders argue the ROI of certain efficiency measures may take decades to realizeSupply Chain and Code Adoption ChallengesReal-world examples of energy code implementation issues during COVIDMaterial shortages and delayed construction caused by sudden regulatory changesThe importance of industry buy-in when implementing new building standardsHousing for the 21st Century ActFederal proposals aimed at increasing housing supplyDeregulation and reduced barriers to constructionIncentives for higher-density housing and accessory dwelling units (ADUs)Potential benefits for first-time homebuyersRoad to Housing ActIntended goals of improving housing affordabilityConcerns surrounding provisions that limit how long builders can hold rental propertiesPossible impacts on rental supply and housing affordabilityHow policy changes can influence investment decisions in residential constructionHousing Supply RealityThe United States is estimated to be millions of homes short of current demandThe role of builders, developers, and policymakers in addressing the housing shortageWhy supply constraints remain one of the biggest drivers of housing costsKey TakeawayHousing affordability is influenced by far more than construction costs alone. Regulations, financing programs, energy codes, and federal housing policies all interact with the homebuilding industry in complex ways. While many policies are designed to improve affordability or sustainability, their real-world impacts depend heavily on how they are implemented and how the construction industry can adapt to them. Understanding these dynamics is essential for anyone involved in housing, from builders and developers to homeowners and policymakers.Connect With UsIf you're a builder, contractor, or developer looking for support with residential construction plans or structural engineering, reach out to our team at PLIRIS. If there’s a topic you’d like us to discuss on a future episode of the Build Better Homes Podcast, send us a message through any of our social media platforms. Facebook: @pliriscoInstagram: @pliris_plansYouTube: @plirisplans

IBS 2026 Recap–Innovation, Engineering, and What’s Next in Residential ConstructionIn this episode, Royal and John recap their experience at the 2026 International Builders Show (IBS) in Orlando and break down the innovations, trends, and structural advancements shaping the future of homebuilding.With over 87,000 attendees and more than 2,000 exhibitors across 1.15 million square feet of exhibition space, IBS 2026 showcased the scale and direction of today’s construction industry.Key Topics CoveredIBS 2026 By the Numbers87,000+ attendees2,250 exhibitors1.15 million square feet of exhibit spaceGrowing focus on technology and AI integrationStructural Innovations That Stood OutBottom-Supported Large Format SlidersImproved water management systemsIntegrated drainage channelsFully bottom-supported assembliesReduced structural header requirementsFleetwood & Panoramic SystemsAdvanced track integrationFlush thresholdsMiami-Dade rated performanceICF AdvancementsNudura & Tremco IntegrationExpanded waterproofing systemsHigher R&D investmentLarger format ICF blocksHercuWall SystemConcrete grid designWind resistance up to 235 MPHR31 insulation performanceLightForm SystemsLightDeck engineered floor systemsTilt-up insulated wall assembliesRetail-level accessibility of ICF componentsFiberglass Reinforcement (LightBar)Lighter than traditional steel rebarHigher tensile strengthRust-free alternativeField-friendly handling and cuttingEngineered Floor SolutionsPre-cut MEP routing openingsReduced need for manufactured trussesIncreased field flexibilityImproved integration with evolving energy codesHuber ZIP & ExactCoreMagnesium oxide fire-rated assembliesExpanded continuous insulation optionsIntegrated water management demonstrationsAI in ConstructionAI-driven material takeoffs30+ page detailed outputs in secondsCost comparisons and vendor sourcingWhy professional oversight still mattersAging-in-Place SolutionsVacuum ElevatorsPlug-and-play systemsNo pit requiredMinimal structural modificationPractical solution for multi-story homesCore TakeawayInnovation in residential construction is accelerating, but execution still requires expertise.From ICF systems and fiberglass reinforcement to AI-driven takeoffs and engineered floor assemblies, IBS 2026 made one thing clear: materials are evolving, and builders who understand integration will lead the next phase of the industry.Connect With UsIf you’re bringing innovation to residential construction and would like to be featured on the Build Better Homes Podcast, reach out. 🔗 Learn more at https://plirisco.com! Follow us across social platforms for on-site product highlights, interviews, and field insights from IBS 2026.

In this episode of Build Better Homes, Royal Mortier and John O’Shea break down 2024 International Residential Code (IRC) updates that are actively impacting projects in 2026. While the code cycle is labeled 2024, many jurisdictions are adopting and enforcing these changes now, making their real-world implications more relevant than ever. Royal and John focus on the updates that actually affect builders, designers, and homeowners today, not theoretical changes buried in the book. The conversation covers how extreme cold events are exposing weaknesses in regions not historically designed for freezing conditions, how frost depth and soil assumptions are being challenged, and which code updates offer real flexibility versus added complexity. A key highlight is the expanded allowance for using USDA soil classifications as an alternative path to higher allowable bearing pressures, a change that can reduce concrete volumes, shorten schedules, and avoid unnecessary geotechnical reports when applied correctly. Key TakeawayThese may be called the 2024 IRC updates, but their consequences are being felt now. Knowing how to apply them in 2026 is what separates compliance from competence.🔗 Learn more at https://plirisco.com! 

In this solo episode of Build Better Homes, Royal Mortier introduces a new recurring segment called Technical Topics, focused on engineering-related changes that directly affect residential construction. This first Technical Topics episode breaks down a major hardware shift many builders and designers are already encountering in the field: Simpson’s transition from the HDU hold-down series to the new HDU-E series, along with the introduction of SABR (Saber) anchor bolts. Royal walks through how and why the HDU-E series delivers higher tensile capacity with fewer screws and thinner gauge steel, what has changed in screw orientation, and how these updates affect real-world design decisions, pricing, and installation tolerance. He also explains where retrofit options disappear at higher capacities, and why anchor bolt placement accuracy becomes critical as loads increase. The episode closes with a practical design tip that has dramatically reduced misplaced anchor bolts across thousands of homes: dimensioning hold-down anchor locations directly on foundation plans. This is a highly technical, field-driven episode aimed at engineers, designers, framers, and builders who want fewer surprises during construction and inspections.Topics CoveredWhy the HDU series is being phased outKey differences between HDU and HDU-E hold downsHorizontal vs angled SDS screw installationHow geometry increases tensile capacityCapacity comparisons (HDU2 → HDU-E3, HDU4 → HDU-E5, HDU5 → HDU-E7, HDU8 → HDU-E9, HDU11 → HDU-E13, HDU14 → HDU-E17)Gauge changes and reduced screw countsRetrofit limitations at higher hold-down capacitiesSB vs SABR anchor bolts (Grade 36 vs Grade 55 steel)Why SABR bolts simplify design and sourcingPricing differences and where savings still existA proven method to reduce anchor bolt retrofits by over 90%Key TakeawayHardware keeps evolving. The builders who stay ahead are the ones who understand why it changed, not just what changed.

In this episode of Build Better Homes, Royal Mortier and John O’Shea dive into manufactured, modular, and panelized construction and clear up the confusion around what these terms actually mean.They break down the key differences between manufactured homes, panelized wall systems, modular construction, and pre-cut framing packages, while sharing real-world examples from residential, multifamily, commercial, and even hospital projects.The conversation explores where manufactured construction shines, where it creates challenges, and why planning, precision, and early decision-making matter far more in these systems than in traditional stick-built construction.This episode also tackles common misconceptions around quality, cost, perception, and design flexibility including why many people still associate manufactured construction with outdated ideas that no longer reflect reality.Topics CoveredManufactured homes vs manufactured constructionPanelized framing vs traditional stick-built framingSpeed, precision, and quality control benefitsWeather-related advantages of off-site constructionShipping, logistics, and scheduling challengesWhy foundations must be more precise with panelizationCost realities and barriers to entryChange management and why late changes cause chaosPerception issues around quality and framing methodsAdvanced framing vs conventional framing explainedKey TakeawayManufactured and panelized construction aren’t shortcuts but actually, they’re systems.When planned correctly, they improve speed, consistency, and quality. When rushed or misunderstood, they create expensive problems.Learn more at https://plirisco.com!

In this episode of Build Better Homes, co-hosts Royal Mortier and John O’Shea kick off the year by diving into how home design is shifting in 2026, away from surface-level aesthetics and toward long-term livability, flexibility, and real-world use. Drawing from decades of experience across production, custom, and high-performance residential construction, Royal and John unpack how economic pressure, remote work, multi-generational living, and lifestyle changes are reshaping the way homes are planned. This conversation explores why the most successful homes aren’t defined by trends or paint colors, but by how well they support people through every stage of life.What You’ll Learn in This EpisodeWhy “designing for how people actually live” matters more than everHow aging-in-place and multi-generational living are driving floor plan changesThe growing role of ADUs for flexibility, income, and family needsWhy single-story living is making a comeback (without the old ranch-house feel)How indoor–outdoor living is evolving with large openings and collapsible wallsThe importance of early planning to avoid expensive structural mistakesWhy purpose-built spaces (coffee nooks, pet washes, flex rooms) are becoming standardHow builders can balance profitability with long-term homeowner satisfaction This episode sets the foundation for a year-long conversation about smarter, more thoughtful residential design and why planning ahead is always cheaper than fixing later. 🔗 Learn more at https://pliris.co

In this solo episode of the Build Better Homes Podcast, Royal Mortier dives into one of the most timely and misunderstood topics in residential development: Accessory Dwelling Units (ADUs), Accessory Commercial Units (ACUs), and Live-Work Units.Royal breaks down where these concepts came from, why they’re gaining traction across the U.S., and how they’re being used as practical tools to address housing pressure, affordability, walkability, and mixed-use community design. Drawing from real-world projects across California, Florida, Oregon, Lake Tahoe, and coastal vacation communities, this episode walks through:What ADUs really cost and why price per square foot is higherWhen ADUs make sense financially and when they don’tThe regulatory realities most people overlookHow ACUs support walkable neighborhoods and local businessWhy Live-Work Units are becoming more common in modern developmentsLessons from European towns, Seaside / 30A, and coastal planned communities This episode is both educational and practical, offering builders, developers, and homeowners real context instead of hype. Topics CoveredWhat qualifies as an ADU vs illegal conversionsZoning, fire separation, egress, and energy code considerationsReal cost breakdowns for ADU plan sets and constructionRental income vs equity benefitsACUs and neighborhood-scale commercial integrationADA implications when converting residential to commercialLive-Work Units and modern work-from-home realitiesTownhouse density and walkable community planningWhy condos are the exception to “real estate never goes to zero”Key TakeawayADUs, ACUs, and Live-Work Units aren’t shortcuts, they’re tools. When applied thoughtfully, they increase flexibility, density, and long-term value. When misunderstood, they create expensive mistakes.ConnectLearn more about planning, feasibility, and jurisdictional guidance at https://pliris.co!

In this episode of the Build Better Homes Podcast, Royal Mortier sits down with PJ Riley, a real estate investor who has quietly built a successful business buying and selling vacant land across the U.S.PJ shares his unconventional path into real estate, starting with almost no money, no formal background in land development, and a willingness to learn by doing. From buying $550 quarter-acre parcels to structuring owner-financed land deals, PJ breaks down how land investing actually works behind the scenes, without the hype often pushed by coaches and online gurus.The conversation dives deep into land wholesaling, seller financing, response rates, capital constraints, entitlement challenges, and why land remains one of the most misunderstood entry points into real estate. Royal and PJ also discuss the rising cost of development fees, why builders make their money on land (not houses), and how to vet real expertise in an industry crowded with “experts.”This episode is an honest look at land investing, entrepreneurship, and the discipline required to build something real over time.Topics CoveredPJ Riley’s background and path into land investingBuying vacant land with little upfront capitalWhy land wholesaling works for beginnersOwner financing strategies for land dealsReal response rates from direct mail campaignsWhy capital, not deals, is the biggest constraint todaySelling land via Facebook, signs, brokers, and direct outreachFailed developments and learning from past mistakesRising jurisdiction fees and their impact on housing affordabilityWhy most coaching programs miss the real workHow to vet who you should (and shouldn’t) learn fromParallels between martial arts, discipline, and entrepreneurshipKey TakeawayLand investing isn’t fast, flashy, or passive, but for those willing to do the work, it remains one of the most accessible and flexible paths into real estate. Real success comes from experience, patience, and understanding the fundamentals, not chasing shortcuts.GuestPJ Reilly - Real Estate InvestorConnect With PLIRISWebsite: https://pliris.co Podcast: Build Better Homes

In this episode of the Build Better Homes Podcast, Royal is joined once again by building envelope expert Nate McIntyre for one of the most comprehensive building-science deep dives of the season.Nate shares 25+ years of experience diagnosing failures, reviewing assemblies, and consulting for architects, engineers, contractors, and developers. Together, he and Royal unpack the real reasons buildings succeed — or fail — across spray foam installations, WRBs, compatibility issues, exothermic reactions, continuous insulation systems, product failures, and the unintended consequences of airtight construction.They also explore the rise of digital twins, 360 capture, Matterport models, drone documentation, and how these tools are transforming inspections, forensics, and QA/QC across the industry.Key Topics CoveredNate’s path from commissioning and mechanical systems to building envelope forensicsWhy product incompatibility is one of the top causes of failuresThe real pros, cons, and risks of spray foam (including exothermic reactions)Why “tight homes” require smarter ventilation and building scienceCommon failures with continuous insulation & ZIP systemsWhen WRBs are required — and why many builders misunderstand themWhy mockups matter (and how they prevent major failures)How digital twins, drones, and Matterport models are reshaping construction QA/QCReal case studies: moisture traps, incompatible sealants, shrinkage failures, and membrane issuesWhy retrofits are often riskier than new constructionThe coming wave of defect claims tied to energy-code-driven assembliesTakeawayModern construction requires more than “following the plan.” It requires understanding how materials interact, testing assemblies, calling manufacturers, documenting work, and using the right experts at the right time. The best builders aren’t guessing — they’re verifying.Connect With PLIRISPlans • Engineering • Envelope Support 👉 pliris.co

In this episode of the Build Better Homes Podcast, Royal sits down with Jeff Chisum, one of the nation’s top STR financing experts, to break down the real strategies behind acquiring, scaling, and protecting short-term rental investments.Jeff shares his personal journey, from getting into the mortgage industry during the 2008 crash to becoming a top 1% loan originator and STR financing specialist. He walks through the 10% second-home loan, DSCR loans, self-directed IRA investing, and the powerful All-In-One mortgage, explaining how each tool works and when investors should consider using them. Packed with real stories, actionable advice, and insights most investors never hear, this episode is essential for anyone looking to grow a rental portfolio or understand the financing side of real estate deeper.Key Topics CoveredHow Jeff got started in lending during the 2008 crashWhy STRs thrive in places people don’t expectThe truth about 10% down second-home loansDSCR loans: what they are — and what lenders get wrongHow to use a self-directed IRA to buy real estateThe All-In-One mortgage and why Jeff calls it “the biggest wealth-building tool in America”How investors choose the right market, lake towns, and year-round STR locationsWhy lifestyle investing often outperforms “math-only” investingTakeawayYou don’t scale a real estate portfolio by guessing, but by using the right financing tools at the right time. Whether you're buying your first STR or planning a long-term portfolio, this episode gives you the roadmap.Guest LinksJeff Chisum – STR Home Financing Website: https://strhomefinancing.comConnect With PLIRISWebsite: pliris.co Podcast: Build Better Homes

Show NotesIn this episode of the Build Better Homes Podcast, Royal Mortier and John O’Shea introduce PLIRIS Forensics, a new division focused on investigating building failures, supporting litigation, and helping the industry prevent costly mistakes before they happen.Drawing from real cases and decades of combined experience, they break down what construction forensics actually is and what it isn’t. From soil issues and structural failures to HVAC mistakes and misunderstood “leaks,” this episode shows how proper investigation can uncover the truth behind building performance problems.They also explain how PLIRIS Forensics uses tools like drones, Matterport scanning, thermal imaging, and detailed modeling to deliver unbiased, accurate conclusions for builders, attorneys, and insurance carriers.Key Topics CoveredWhat construction forensics really involvesThe role of expert witnesses in defect litigationWhy unbiased analysis matters more than opinionsThe biggest causes of building failures (soil, moisture, HVAC, design gaps)How modern tech improves investigationsReal-world case stories from the fieldWhy PLIRIS launched a dedicated Forensics divisionHow proactive builders avoid disputes long before litigationTakeawayForensics isn’t about blame — it’s about clarity.Understanding how and why failures happen helps the entire industry build smarter, prevent defects, and resolve disputes with real answers, not assumptions.Connect With Us👉 Learn more about PLIRIS: pliris.co👉 Explore PLIRIS Forensics: plirisforensics.comFollow the Build Better Homes Podcast for weekly insight into smarter building.

In this episode of Build Better Homes, Royal and John sit down with ICF expert Robert Klob, a designer with over 40 years of experience in residential and commercial construction. Robert specializes exclusively in insulated concrete form (ICF) home design and has reviewed, designed, or consulted on hundreds of projects across the country. We dive into everything homeowners, builders, and designers need to understand about ICF construction from design nuances and common mistakes to engineering pitfalls and the massive impact of proper planning. Robert also shares how the ICF industry has evolved, real stories from the field, and why this construction method is transforming resilience, safety, and energy efficiency in modern homebuilding.If you've ever wondered whether ICF is worth it, how it differs from wood framing, or what pitfalls to avoid during design, this episode is essential.What We CoverHow Robert went from framing contractor's son → apprentice designer → ICF specialistWhy early ICF systems failed (and how the industry fixed it)The real benefits of ICF vs. wood framingStructural differences every builder must understandWhy HVAC design is non-negotiable in airtight homesCost misconceptions: where ICF saves money and where it can add complexityPlan-conversion mistakes (and why some designs should NOT be converted to ICF)Over-engineering — how bad design adds tens of thousands of dollarsWhy California makes ICF adoption nearly impossibleWhen DIY ICF works… and when it becomes a disasterSafe rooms, hurricane zones, snow loads, and fire resilienceBlock manufacturers, installer support, and what actually mattersThe single most important question: “Does your designer understand ICF?”Why This Episode MattersICF is one of the most misunderstood methods in residential construction. Done right, it’s incredibly strong, quiet, energy-efficient, and durable. Done wrong, it can be expensive, frustrating, and structurally problematic.This episode gives you the clarity that most homeowners, builders, and designers never get.Guest LinksRobert Klob Design Website: rkdZNs.comConnect with PLIRISWebsite: https://pliris.co Engineering • Plans • ICF Design Support

In this episode of the Build Better Homes Podcast, hosts Royal Mortier and John O’Shea sit down with Nate McIntyre, Building Envelope Specialist and founder of CS Forensics, to break down how air, water, and material compatibility affect the long-term performance of homes and buildings.Nate shares two decades of experience in construction forensics, uncovering how small oversights like improper flashing, insulation placement, or poor ventilation can lead to costly failures down the line.From leaky attics and wet walls to how technology like 3D modeling and infrared scanning is changing inspections, this episode brings building science to life through real stories, practical advice, and a few hilarious moments (yes, even cat pee makes an appearance).Key Topics CoveredThe evolution of building science and moisture managementHow 3D modeling, Matterport, and laser scanning are changing inspectionsCommon causes of air and water intrusion and how to prevent themThe difference between design errors and installation errorsHow energy codes and climate affect building materialsThe importance of QA/QC and maintenance in preventing defectsReal-world stories from construction defect cases (and some you won’t believe)TakeawayIt’s not just about building tighter, it’s about building smarter. Understanding how materials, moisture, and air movement interact is key to preventing the hidden problems that cost builders time, money, and reputation.Connect with Us👉 Learn more at pliris.co 🎧 Follow the Build Better Homes Podcast for more industry insights and expert discussions.Connect with our guest: 🔗 Nate McIntyre — CS Forensics

Every home starts with an idea, a concept, a sketch, or even a vision that lives in your head. But turning that into a set of buildable, permit-ready plans requires the right process and the right team. In this episode of the Build Better Homes Podcast, hosts Royal Mortier and John O’Shea walk through the complete journey of designing and planning a home, from initial concept to final permit approval.They cover what really happens between the idea and the blueprint including zoning considerations, architectural collaboration, structural engineering, and how to avoid costly mistakes during design.Whether you’re a homeowner, builder, or designer, this episode gives you an inside look at what it takes to bring a dream home to life the right way.Key Topics CoveredHow to go from idea to construction-ready plansThe role of architecture, engineering, and design alignmentCommon pitfalls in early planning stagesWhy communication between builder, designer, and engineer mattersWhat to expect during the permitting processHow to plan ahead for efficiency and cost savingsBuilding your dream home starts long before construction begins. Understanding the design and permitting process ensures your project moves smoothly from the first sketch to the final inspection.👉 Learn more at pliris.co🎧 Follow the Build Better Homes Podcast for more industry insights and practical building advice.#BuildBetterHomes #HomeDesign #Engineering #Architecture #Planning #Permits #Construction #BuildingProcess #PLIRISConstruction

In this episode of the Build Better Homes Podcast, hosts Royal Mortier and John O’Shea explore the world of wood construction, from its long-standing reliability to the modern innovations shaping how we design and build homes today. Royal shares insights from the engineering side while John offers a builder’s perspective, creating a balanced discussion around value engineering, how to optimize performance, control costs, and avoid common pitfalls without compromising quality. They cover everything from lumber types, engineered wood products, and framing systems, to real-world stories about foundations, load paths, and lateral resistance. If you’ve ever wondered how the right engineering decisions can save thousands on a project while improving long-term durability, this episode is packed with takeaways.Key Topics CoveredWhy wood remains the most versatile and sustainable building materialThe difference between vertical and lateral loading — and why both matterHow environmental factors affect lumber strengthEngineered wood products and when to use themHow to balance design, cost, and code complianceThe line between smart value engineering and costly corner-cuttingThe evolution of framing systems, shear walls, and lateral designTakeawayValue engineering isn’t about cutting corners, it’s about building smarter. By understanding material behavior, code changes, and structural systems, builders and engineers can create stronger, more cost-effective, and longer-lasting homes.Connect with Us👉 Learn more at pliris.co🎧 Follow the Build Better Homes Podcast for weekly insights on smarter homebuilding.

In this episode of the Build Better Homes Podcast, hosts Royal Mortier and John O’Shea explore the growing adoption of Insulated Concrete Form (ICF) construction and what it means for the future of homebuilding. They break down how ICF systems stack up against traditional wood framing, where the technology shines, and the lessons learned from years of hands-on experience in the field.From energy efficiency and storm resistance to long-term performance, Royal and John share why ICF could be the next big step forward in residential and commercial construction.Whether you’re a builder, designer, or homeowner curious about smarter ways to build, this episode gives you real-world insight into why ICF construction is worth paying attention to.Key Topics CoveredWhat ICF (Insulated Concrete Form) construction is and how it worksHow ICF compares to traditional wood framingEnergy efficiency and sustainability advantagesCommon challenges and misconceptions about ICFHow ICF can improve building longevity and comfortThe role of innovation in future building standardsTakeawayICF is a practical evolution of how we build. By combining strength, sustainability, and energy efficiency, it’s paving the way for smarter homes and better construction practices.Connect with Us👉 Learn more about PLIRIS and our work at pliris.co

In this episode of the Build Better Homes Podcast, Royal Mortier and John O’Shea explore the world’s most enduring building material — wood — and how it continues to evolve with technology, energy codes, and modern construction methods.From conventional stick framing to advanced engineered systems, they unpack the science, sustainability, and design principles behind how homes are actually built. Learn why over 90% of residential structures in North America still rely on wood, what’s changing in manufacturing and energy standards, and which innovations are redefining the future of construction.Expect to learn:Why wood remains the dominant choice for homes and multifamily buildingsHow engineered lumber, trusses, and prefabrication have changed the gameThe difference between single-wall and double-wall systemsWhat “Type V Construction” and “continuous insulation” mean in practiceThe rise of SIP panels, panelized framing, and advanced insulation systemsHow Japan’s Shawood system is revolutionizing structural performanceWhat’s next for high-performance, wood-based building solutionsThis episode blends deep technical insight with real-world building experience, ideal for contractors, designers, and anyone passionate about smarter, more sustainable homebuilding.🎧 Hosted by:Royal Mortier – Founder of PLIRISJohn O’Shea – Construction Expert, COO of PLIRIS & Co-Host

How Robots Are Revolutionizing Homebuilding | Brent Wadas of BotBuiltAI isn’t replacing builders, it’s changing how we build smarter, safer, and faster.In this episode of Build Better Homes, Royal Mortier sits down with Brent Wadas, founder of BotBuilt, to talk about how robotics, automation, and AI are transforming the way homes are framed and constructed.Brent shares how his team reuses industrial robots, builds panels 24/7, and solves one of construction’s biggest problems: the growing shortage of skilled labor. From his time in the military to his mission to make construction safer, Brent’s story shows how innovation can make housing more affordable and accessible for everyone.In this episode:How robotics are changing homebuildingWhy safety and automation go hand in handThe future of framing and prefab constructionThe importance of empowering the next generation of tradespeopleVisit us at pliris.co for more information!#homebuilding #constructiontechnology #buildbetterhomes #robotics #engineering #innovation #automation

In the first episode of the Build Better Homes Podcast, host Royal Mortier (Founder of PLIRIS) and co-host John O’Shea(Chief Operating Officer of PLIRIS) share their personal journeys through the construction industry, from sweeping floors and working concrete crews as teenagers, to leading teams that manage complex residential and commercial builds.Royal discusses how his early work in concrete, mentorship under seasoned builders, and passion for structural engineering led him to found PLIRIS, a solutions company providing permit-ready plans, engineering services, and construction technology for builders. John reflects on his path from small contracting jobs to running crews on 10,000-square-foot custom homes and later managing production pipelines for regional and national builders.Together, they explain why practical, hands-on experience combined with academic training produces stronger builders and better homes. They highlight the importance of relationships with contractors, inspectors, and developers, and share lessons on scalability, systems, and simplifying engineering to support both custom and production homebuilding.This debut episode sets the stage for the Build Better Homes Podcast, a series dedicated to helping builders, designers, and developers create smarter, faster, and more efficient homes.