Every wall assembly in a residential building must manage four distinct environmental forces: water, air, vapor, and heat. Building scientists refer to these as the four control layers, and understanding how they interact is essential to constructing walls that remain durable, energy efficient, and comfortable over the life of a home. Each layer has a […]
Decks are excellent additions to any home but the space beneath them can become a damp unusable area without proper water management. Water seeps through deck boards soaks into stored items and leads to mold mildew and rot. The solution is a site-built deck drainage system using EPDM membrane that channels water away and transforms
Advanced framing, also known as Optimum Value Engineering (OVE), is a systematic approach to residential wood framing that reduces lumber use while maintaining or improving structural performance. By aligning framing members with actual load paths and eliminating redundant elements, builders can cut material costs, improve thermal efficiency, and speed up construction timelines. This article explores
Advanced framing, also known as Optimum Value Engineering (OVE) framing, is a method of residential construction that optimizes lumber usage while maintaining structural integrity and improving thermal performance. This approach, widely discussed by building veterans Mike Guertin and Tim Uhler in expert panels, focuses on reducing unnecessary framing members and simplifying connections to create more
Designing the Bathroom Layout with Intent and Purpose A successful bathroom remodel begins long before demolition starts. The most striking finished spaces are those where every design decision supports a clear vision for how the space will function. When remodeler Joshua Oduin approached his Portland bathroom update, he focused on creating seamless transitions between the
For woodworkers, cabinetmakers, and builders, being able to visualize a cabinet before cutting a single piece of wood saves time, materials, and frustration. Three-dimensional modeling software has transformed the way professionals approach custom cabinetry, and SketchUp remains one of the most accessible and powerful tools for the job. This guide walks through the fundamentals of
Every durable, comfortable, and energy-efficient home depends on a well-designed building envelope. The building envelope separates the interior conditioned space from the outdoors, and its performance relies on four distinct control layers: water, air, vapor, and temperature. The concept, popularized by building scientist Joseph Lstiburek of Building Science Corporation in his article “The Perfect Wall,”
Why Advanced Framing Deserves a Closer Look on Every Job Site Advanced framing, also called optimum value engineering (OVE), is one of those construction approaches that sounds simple on paper but raises real questions in the field. The idea is straightforward: use less lumber while keeping the structure just as strong. Experienced builders like Mike
Planning and executing a bathroom remodel is one of the most rewarding yet demanding projects a residential builder can take on. Unlike new construction, remodeling forces you to work within existing walls, deal with unexpected subfloor conditions, and tie new finishes into old plumbing and electrical systems. Whether you are updating a small powder room
Designing a Basic Cabinet in SketchUp: A Builder’s Approach to 3D Modeling for Cabinetry SketchUp has become one of the most accessible 3D modeling tools for builders and woodworkers. Unlike complex CAD software requiring months of training, SketchUp offers an intuitive workflow that mirrors how tradespeople think in three dimensions. Whether you are a custom
