A curated list of the most interesting thoughts, stories and ideas
The fixing stage is when plasterboard, cornices, joinery and tiling lock your home’s interior in place. I’ll walk you through the C12 Fixing Stage Checklist that helps you inspect gyprock, joinery, eaves, and tiling to avoid future issues.
Yes, our checklists are long—and that’s on purpose. We're building tools that actually help you spot the issues, ask the right questions, and hold your builder to standard. This is just the beginning. Here's why the details matter—and where we’re heading next.
Waterproofing is the most common defect in new homes—and it’s almost always avoidable. Our C13B Waterproofing Inspection Checklist shows you how to identify issues before it’s too late. Whether you're an owner-builder or hiring a project builder, this is for you.
Internal waterproofing failures are one of the most expensive and frustrating issues in residential builds. This guide explains how to use the C13A Waterproofing Design Checklist to get it right the first time — protecting your time, budget, and build quality.
If you're building a new home, knowing what to check at the "enclosed" stage is important. In this post we give you a super detailed "overview" (grab a coffee or three) of our C11 Enclosed Stage Checklist, helping you check for quality at the enlcosed stage of construction.
In this post we take a look at what you need to know from AS3958.1:2007. Learn about everything from substrate prep and grout widths to movement joints and tolerances. Know what a compliant tile installation is.
A Preliminary Service Agreement (PSA) locks in pricing and key details before building starts. Learn what’s included, how it works, and how to use multiple PSAs to compare builders and get the best deal. Plus, see examples of a PSA and electronic consent form.
Proper landscaping doesn’t just enhance a home’s curb appeal—it can also boost energy efficiency, reduce costs, and support biodiversity. Explore considerations for designing a beautiful, sustainable outdoor space tailored to Australia’s climate.
Traditional project homes in Australia often prioritise aesthetics over functionality, leading to energy inefficiency and poor livability. Discover how sustainable design solutions can address these issues, offering homes that are both beautiful and practical.
in this article we explain how materials like concrete and brick help absorb, store, and release heat, reducing heating and cooling costs while increasing comfort. Learn how to use thermal mass effectively through smart design, material selection with other passive energy strategies.
Insulation is one of the most important factors affecting the comfort and energy efficiency of your new home. This guide explains why insulation matters, what materials to consider, and how correct installation can lead to lower energy bills and a more comfortable living environment.
Learn how to use the post-pour concrete slab inspection checklist to check for compliance, surface finishes and generally manage your site to ensure its ready for framing to start.
The orientation of your home plays an important role in comfort, energy efficiency, and cost-saving potential. In this post we explain how to position your home for maximum benefit, including design considerations, materials, systems, and climate-specific strategies.
In this guide we explain Painting QA record-keeping, key documents like Coating Inspection Reports, and actionable tips for you to protect your investment and achieve quality results.
About to start new home construction works? Erosion and Sediment Control (ESC) planning is required to protect your site, saving money, and avoiding delays. This guide walks you through our Checklist C3 to help ensure compliance and mitigate risks, making your build process smoother and stress-free.
Glazing greatly impacts your home's comfort, energy efficiency, and costs. Understanding glass types, frame materials, and installation can help you optimise thermal performance, lower energy expenses, and improve sustainability in your new home.
Shading plays an important role in improving comfort and reducing energy costs in your new home. In this post we cover the best shading options, climate-specific strategies, and design considerations to enhance your home's liveability year-round.
In this post we explain everything you need to know about house slab construction techniques, reinforcement details, best practices and maintenance.
Achieving a comfortable, healthy home requires balancing ventilation and air tightness. In this article we explore practical methods to improve both. Learn how to prevent air leaks, reduce condensation, and improve your home’s efficiency.
In this post, we'll explore why many air conditioning installations fail to meet standards and how you can ensure your system is installed correctly from the start. Learn what to look for during the rough-in and fit-off stages to avoid costly mistakes. Don't trust your contractor to know this!
Inspection Test Plans (ITPs) are the only way to start ensuring construction quality, but without proper regulatory oversight, their effectiveness is limited. In this article, we explore why mandatory ITPs and oversight are the key to improving the quality of residential construction in Australia.
Brick veneer facades are a popular, durable, and generally low maintenance option for your home façade. In this post we cover all the essential elements and best practices in brick veneer wall construction.
Learn the fundamentals of timber framing for residential construction in Australia. In this guide we cover sub floor, wall, and roof elements, bracing systems, and building code references.
This comprehensive guide explores the different types of termite barrier systems, including physical and chemical options, their advantages, and where they are best applied. Learn how to choose the right system for your new home or renovation.
Fasteners are integral components in construction, unseen yet vital for the integrity and durability of a structure. This guide provides a thorough exploration of fasteners used in construction, detailing different types and their specific uses in various applications.
Steel rebar, or reinforcing steel bars, are a fundamental part of concrete structures, significantly enhancing their strength and durability. But what is steel rebar, and how exactly does it benefit concrete? This article into what steel rebar is and its vital role in the construction sector.
Brick masonry is a popular choice for house construction due to its durability, aesthetics, and flexibility. But did you know there are eight different types of brick masonry that can be used? Each type has its own unique characteristics that make it suitable for different applications.
Do you truly understand nominative and informative standards? Present in many sectors, these standards play a significant role in construction. Understanding these distinctions can affect numerous decisions, from choosing materials to planning methods.
Discover what Value Engineering is and how it can dramatically impact residential construction. Gain insights into how Value Engineering can optimise cost-efficiency and improve quality, on your next residential construction project.
In this article, we emphasise the importance of having a maintenance calendar for residential homes, blending preventative and reactive strategies. Be on top of maintenace and reduce long term costs.
The article explores the transformative role of Safe Work Method Statements (SWMS) and Inspection Test Plans (ITPs) in residential construction. It highlights how these tools not only enhance safety but also significantly improve quality management, offering an integrated approach to both.
Discover how to elevate home construction quality using project management's stage gates and Inspection Test Plans (ITP). We look into each stage gate, from land selection to builder's warranty expiration, outlining how ITPs integrate into each phase for quality control & project success.
This article provides an introduction to various types of structural loads, including dead, live, impact, wind, and seismic loads. It explains how these forces influence building design and the importance of accurate load analysis for safety and durability in construction.
This article discusses what concrete is made of, including its basic ingredients like cement, sand, gravel, & the hydration process it undergoes to harden and gain strength. It covers the role of each component, the mixing process, and factors influencing concrete's curing & final properties.
Learn about various types of sand used in construction, including river, concrete, and manufactured sand. This guide breaks down their unique properties, uses, and importance in building processes, from concrete mixtures to plastering, offering a clear understanding for beginners.
Learn the right way to install wall wrap according to Australian Standards. This guide explains the proper sequence for installing windows, doors, and wall wrap, highlighting the importance of correct installation for maintaining the building envelope and enhancing your home's energy efficiency.
Explore the 5 key factors determining wind classification for new homes, including geographic wind region, terrain category, topography, shielding, and distance from coastlines or high wind regions. Understanding these factors is essential for building homes that can withstand specific wind forces.
Concrete cracking is a common issue, often due to shrinkage, structural movement, and environmental factors. While minor cracks are normal, larger ones may signal serious foundation problems.
Wondering why some new homes develop damp or mould issues? The culprit is often avoidable condensation. This article delves into why every builder should conduct a Condensation Risk Analysis to ensure the home's longevity and efficiency.
This guide explores how different hues can influence not just the look and feel of a room but also your mood and mindset. From calming blues to energizing reds, learn how to select a cohesive and impactful colour palette that turns your house into a harmonious habitat.
Confused by the technical jargon in geotechnical reports? This article demystifies soil tests, helping property owners make informed decisions for construction projects. Learn about soil density, strength, and permeability, and how these factors influence foundation stability.
Improve communication with a well-crafted plan. Set objectives, engage stakeholders, and measure success. Whether a small team or complex project, our guide offers valuable insights. Keep everyone informed and engaged.
Waterproofing wet areas like bathrooms and laundry is crucial. This overview introduces to waterproofing concepts, from preparation to material selection and application. Learn basic waterproofing terms and methods.
Ever wondered why concrete pavements have grooved lines? They're not just for show; they're concrete joints designed to control cracking & improve the structure's longevity. This guide dives deep into the different types of concrete joints & their role in construction.
Building an energy-efficient home requires a good understanding of the four control layers: water, air, vapour, and thermal. In this post we look into how project builders can optimise these layers, ensuring homes are comfortable, sustainable, and cost-effective.
Before meeting with a project builder, it's essential to be well-prepared. Understand your budget, have a clear vision of your project, familiarise yourself with the building process, and don't hesitate to ask questions. Being informed can save you time, money, and stress.
Controlling moisture during construction is crucial. By sealing plumbing fixtures, using moisture-resistant materials, and employing temporary ventilation, moisture retention can be effectively managed.
Surface preparation is pivotal for coated steel, determining the reliability of the coating. With 95% of paint issues stemming from inadequate surface prep, understanding methods like wet abrasive blasting, high-pressure water washing, and vacuum blasting is crucial for long-term performance.