UnBuild It Podcast

Do high-performance homes have to be expensive? Steve and Jake tackle one of the most persistent misconceptions in building science: that better-performing homes are only practical for wealthy clients with luxury-home budgets. Yes, Steve and Jake work on plenty of high-end custom homes. But the price of those projects shouldn't be confused with the cost of applying good building science. Bett...

R-value is only part of the story. In the final episode of the Back to Basics series, Steve, Jake, and Pete tackle the thermal control layer—and why good insulation means very little if the rest of the building enclosure isn't working with it. The boys break down heat flow, insulation, thermal bridging, and the importance of maintaining a continuous thermal control layer throughout the buildi...

Vapor is one of the most misunderstood parts of building science—and in many assemblies, it helps buildings dry rather than making them wet. In Part 3 of the Back to Basics series, Steve, Jake, and Pete break down vapor control, vapor permeability, drying potential, and why decades of confusing code language created so much fear around vapor. As Steve puts it, “Vapor is not a liability, it is an a...

Airtightness is one of the most important—and most measurable—parts of building performance. In Part 2 of the Back to Basics series, Steve, Jake, and Pete break down how air control layers work, why continuity matters, and how blower door testing exposes the difference between theory and reality. The crew starts with several principles that apply across multiple control layers: staying in one plan...

Water is the number one enemy of building durability—and the first control layer every builder, architect, and designer needs to understand. In Part 1 of a four-part Back to Basics series, Steve, Jake, and Pete break down the principles of water management that every high-performance building depends on. The conversation starts where most rain begins: the roof. From roof design and drainage to fla...

How do you design a home for floods, wildfires, earthquakes, hurricanes, tornadoes, or ice storms? In this episode, Steve, Jake, and Pete explore what it really means to build for extreme events—and why there’s no one-size-fits-all solution. Drawing from real-world experience, Steve and Jake discuss how high-performance homes can be adapted to withstand the specific hazards of a site’s climate and...

Three listener questions lead to three very different building science discussions—from cold-climate roof assemblies to aging-in-place design and innovative foundation systems. The episode begins with a Climate Zone 7 tongue-and-groove ceiling question, comparing ZIP sheathing and smart vapor retarders for airtightness and moisture control beneath a vented attic. From there, a question about zero-...

How much can a building affect human health—and what happens when occupants become highly sensitive to their environment? In this episode, Steve and Pete are joined by retired building scientist and pulmonary physician Nathan Yost for a thoughtful discussion on Multiple Chemical Sensitivity (MCS) and its relationship to building performance. Nathan shares insights from decades of experience workin...

Four listener questions. Four very different building science challenges. One highly technical episode. Steve, Jake, and Pete tackle a collection of building puzzles that span foundations, roofs, wall assemblies, and moisture management. The discussion starts with expansive soils and why successful construction often depends on engineered foundation systems designed to accommodate soil movement. F...

Do certifications, standards, and professional credentials actually lead to better buildings—or just more paperwork? Steve, Jake, and Pete tackle one of the more uncomfortable questions in the building industry: why so many standards fail to consistently produce better outcomes in the real world. The conversation ranges from ASTM standards and manufacturer testing to architectural credentials and...

Can ZIP-R panels work on a roof—and should they? Steve, Jake, and Nick Sabol from Huber’s Technical team dig into a topic that’s getting a lot of attention in the field. This episode breaks down the full set of considerations behind putting insulated sheathing on the roof deck: structural loading, fastening and shear, hygrothermal behavior, condensation risk, and long-term durability. The crew loo...

Do wildfire zones actually change how rainscreens should be detailed—and where does conventional thinking fall short? Nick Sabol from Huber’s Product Engineering team is back with Steve and Pete to continue the deep dive into wall details that actually work. This episode focuses on rainscreen strategies in wildfire-prone areas and challenges the assumption that every risk requires a completely dif...

What are the most critical wall details for managing water and air—and where do builders get them wrong? Nick Sabol from Huber’s Product Engineering team joins the crew for a technical deep dive into exterior wall assemblies that actually perform. Pete, Jake, and Nick focus on two of the most failure-prone areas in construction: bottom-of-wall-to-foundation connections and window rainscreen detail...

How much load can insulation actually carry—and are we over-engineering residential buildings without realizing it? This episode goes deep into the structural and thermal realities behind common building materials. The crew breaks down compressive loading on rigid insulation, long-term creep behavior, and how these factors influence slab and foundation design. From there, the conversation expands...

Climate drives building performance. In the first episode of a three-part series, Pete, Steve, and Jake explore why climate matters so much in building science. Steve kicks off the discussion with a simple analogy: Would you pack the same suitcase for Minneapolis in February, Honolulu in March, and New Orleans in July? Of course not. Buildings work the same way. Design decisions about insulation,...

Is social media helping the building industry—or hurting it? Matt Risinger joins Jake and Steve as the Three Social Media Amigos to roast Pete, the resident social media skeptic, and unpack what online platforms really mean for builders, architects, and building science pros. The conversation draws a sharp line between the dark side of social media—misinformation, marketing noise, and ego-driven c...

Who really matters most on a building project—and can the team actually work together? In this episode, the crew digs into the five “gears” of the building process: designers, builders, manufacturers, consultants, and building owners or users. The big question is whether any one of those gears is more important than the others—or whether good buildings only happen when they all mesh. Steve cuts st...

Are vented crawlspaces really a bad idea—and can you actually over-insulate a window frame? The crew gets fired up tackling two topics that refuse to die in building science conversations. First up is crawlspaces. The boys dig into a bit of U.S. crawlspace history, what vented crawlspaces were originally intended to do, and why they so often fail to perform as hoped. They walk through what crawlsp...

Can ERVs actually dehumidify a home? And does it ever make sense to use a dehumidifier in a vented crawlspace? Two listener questions spark a lively—and slightly ruthless—discussion that leads to one of Steve’s classic lines: “Suck it up, buttercup!” The crew digs into how moisture really behaves in dry climates, what ERVs can and cannot do when it comes to latent load management, and why dehumidi...

Windows are one of the most confusing—and consequential—components of a high-performance home. In this episode, the crew takes a deep dive into window and glass selection, aiming to make things clear without letting your eyes glaze over. The discussion covers dual-pane versus triple-pane insulated glazing units, IGU numbering conventions, and the relatively new i89 coating—including what it means...

A detailed look at smarter HVAC ducting, better airflow, and what it really takes to manage appliance exhaust and makeup air in high-performance homes. The boys dive into the how and why behind HVAC duct layout, register placement, and whole-house airflow. They break down how interior design, enclosure performance, and mechanical systems must coordinate—because ducting isn’t just about energy effi...

What does it really take to grow as a young builder today? Jake and Steve bring in Risinger Build’s Managing Partner, Tim Hill, for a fast-paced, experience-packed conversation full of practical advice for builders looking to level up their craft, business, and mindset. Jake and Steve give Pete the boot for this one—and for good reason. Tim joins them to share real-world insights on everything fro...

A deep dive into cathedral roof design and insulation strategy. The team compares solid-sawn rafters vs. scissor trusses, smart vapor retarders vs. poly, and discusses optimal roof pitches. You’ll learn when to vent from the topside, from below, or go unvented entirely—and why those choices matter. In the last 10 minutes, the crew unpacks one of building science’s trickiest topics: 6-sided contain...

Seriously? These 3 clowns are sages? The discussion includes how to select the "right” school. How much should a school include building science compared to learning it on the job? And what about even just the 4 control layers?  And all three of us stand squarely with Steve: if you want to design buildings, get out on the job site first, second, and last over the course of your prep and your...

All of us in the industry have projects--likely early in our careers--that we just either cringe about or wonder how the heck we got away with that one? The boys wax nostalgic about stories of their naivety over the years, turning them into valuable lessons learned. Actual building topics include spray foam, sill sealer, combining blower door & IR imaging, slab-on-grade insulation, and rainscr...