Engineering Information

When it comes to building a new residential property, choosing the right foundation is crucial. Two popular options for residential footings are stiffened raft foundations and waffle pods. Find out about the characteristics, benefits, and considerations of each foundation type, helping you make an informed decision for your Sunshine Coast home.

When it comes to building a new home, one of the most critical factors is the foundation. A foundation that is designed correctly can provide stability and durability to your home for many years to come. To ensure that your foundation is structurally sound, a geotechnical soil test is an essential step in the design process. In this blog post, we will explore the importance of geotechnical soil testing for designing residential foundations.

Building a home is an exciting and complex process that involves numerous stages, including design, site preparation, and construction. As a homeowner, you want to ensure that your home is built to the highest standards and meets all local building codes and regulations. That's where a building certifier comes in. In this blog post, we will explore the role of a building certifier in the construction of a home in Queensland.

Retaining walls are an essential component of many Australian properties, particularly those with sloping land. Retaining walls serve to hold back soil and prevent erosion, allowing for the creation of level areas for landscaping and construction. In Australia, there are several types of retaining walls available, each with its unique advantages and disadvantages. In this blog post, we will compare the different types of retaining walls available in Australia, including blockwork, concrete sleeper, timber sleeper, and stone/rock retaining walls.

Concrete cancer is a term used to describe the deterioration of concrete due to the corrosion of its reinforcing steel. This corrosion causes the steel to expand, which in turn causes the concrete to crack, spall, and ultimately crumble. Concrete cancer can be a significant issue for buildings, bridges, and other concrete structures, especially those close to the coastline.

Concrete curing is a process that involves keeping freshly poured concrete moist and at the correct temperature for a period of time after pouring. The curing process enables the concrete to gain strength and durability by allowing the cement to hydrate and harden fully. If concrete is not cured correctly, it can lead to weak, brittle, and crack-prone structures that are vulnerable to premature failure.