Our projects
CFS Residential Building Design
CALIFORNIA
Located in a high-seismic region, this project features multi-story row houses designed with Cold-Formed Steel (CFS) for strength and efficiency. The X-bracing provides essential lateral support, ensuring stability during seismic events. CFS stairs offer durability and a modern design, making this project a perfect blend of innovation, safety, and sustainability.
Express Carwash-CFS Facade Design, TEMPA, FL
This single-story building showcases a striking exterior facade, expertly designed using Cold-Formed Steel (CFS) for both durability and aesthetic appeal. The CFS facade not only enhances the building’s modern look but also provides superior strength and energy efficiency. A perfect combination of innovative design and sustainable materials, this project exemplifies our commitment to quality and forward-thinking architecture.
Wood to CFS Building Design
In this exciting project, we transformed a four-story residential building originally designed in wood into a cutting-edge Cold-Formed Steel (CFS) structure. By switching to CFS, we significantly boosted the building's strength, durability, and sustainability while preserving its original charm. The result? A modern, resilient home built to last, offering superior performance and eco-friendly benefits that set it apart. Experience the power of CFS – where innovation meets reliability.
Mount Analysis
Rock Island, IL
We took on the challenge of performing a detailed Mount Analysis for a system supported by the railing of a water tank in Rock Island, IL. Our expert team delivered a precise design report, ensuring the mount's stability and safety.
CFS Residential Building Design CALIFORNIA
Situated in a high-seismic region, this two-story residential building is designed using Cold-Formed Steel (CFS) for strength and efficiency. Steel sheathing is incorporated for lateral support, offering superior resistance to seismic forces. The project seamlessly combines innovation, safety, and sustainability to create a resilient, earthquake-resistant structure built to withstand the challenges of a seismic environment.