
How to Measure and Plan for Energy Efficiency in Your Building
As climate change becomes a greater issue, architects are under increasing pressure to design sustainable, yet high-performance buildings. In this blog, we go over some effective strategies you can use during the design process to enhance your building’s energy efficiency
Build to Resist Tornadoes: Storm Safe ICF Structures
Research by Texas Tech Wind Science and Engineering Research Center has demonstrated that ICF walls better protect occupants of houses from windblown debris, than frame walls. Being hit by windblown debris is the most common cause of injury during tornadoes.

Building for Durability: The 7 Strongest Building Materials for Residential Construction
Building a home involves careful planning and meticulous construction. The materials used can dramatically impact the durability, aesthetics, and comfort of the home. This article will explore the seven most durable building materials for residential construction, and provide insights into the strongest material for building a house and the longest-lasting building materials available today.

A Guide to Designing an Energy-Efficient Building in a Hot Climate

7 Characteristics of a Progressive Builder in 2020

Swimming Pool Engineering and a Great Material to Utilize

A Guide to Designing an Energy-Efficient Building in a Hot Climate
Architects and contractors in hot climates must design and construct energy-efficient buildings.

A Guide to Selecting the Best Siding for Your ICF Wall
Building an ICF house allows for the application of many types of exterior finishes. The choice of exterior finish comes down to your personal decision, cost, and local styles.

Flexible Construction: Can ICFs be Poured in Multiple Stages?

Dominion Springs Plaza
This high-end, multi-building, retail plaza was the first of its kind in the world of ICF construction.