Project of the Month:
Project Type: Residential building
Roof: Gable Roof
Storey: 1- Storey Building
Scope of Work: Engineering
3D Modelling
Detailing
CNC production Files
This residential building project spans 3,341 sq.ft in California ,USA and features a single -storey structure with a gable roof, engineered to deliver both functional performance and architectural clarity. The scope of work included complete engineering, 3D modeling, detailed structural drawings, and CNC production files, ensuring smooth coordination from design through fabrication. Using STRAP for engineering analysis, detailing done using Revit MWF struct soft software leveraging FrameCAD for production, the project was executed with precision and efficiency.
This project highlights the integration of specialized engineering, customized detailing, and precision manufacturing—resulting in a robust, safe, and purpose-built commercial solution that meets the client’s performance expectations while maintaining structural reliability.
Software used: Revit MWF Strucsoft
Machine Used: FrameCAD
Industry Insights:
Wildfires are reshaping residential construction across North America, especially in fire-prone regions. Longer fire seasons and persistent drought conditions continue to increase wildfire intensity and frequency. Builders now prioritize fire-resilient design and noncombustible materials to reduce ignition risk and protect homes.
Cold-formed steel (CFS) framing plays a critical role in wildfire mitigation. The noncombustible structural system resists flame spread and maintains structural integrity during extreme heat exposure. Builders increasingly specify CFS framing to strengthen structural performance and improve resilience in wildfire-prone areas. Read More
Technical snippet
CMST Strap Uplift Load Transfer – Shear Wall System
The CMST is a continuous utility strap designed to resist tension and uplift loads. This coiled strap can be cut to length on the jobsite and used in a double 2x stud or post application. The CMST is ideal for many applications including resisting uplift in a floor-to-floor application and also resisting tension in a horizontal application.
In this project, the shear wall load path method was implemented to efficiently transfer uplift forces generated at the upper floor levels down to the foundation system.
We incorporated CMST (Coiled Metal Strap Tie) as a continuous tension member to ensure a reliable vertical load path.
Technical Points:
• CMST straps were installed within the shear wall assembly to resist uplift and overturning forces caused by wind or seismic loads.
• The straps act as a continuous tension tie, transferring uplift forces from the top floor framing through intermediate levels to the ground floor anchorage.
• Proper alignment of straps ensured a direct and uninterrupted load path, improving structural stability.
• Strap connections were designed considering tension capacity, fastening schedule, and anchorage requirements.
• The system minimizes localized stress concentrations by distributing uplift forces along the wall height.
• Integration with hold-down anchors and foundation connections ensured effective load transfer into the structural base.
• CMST straps improved overall lateral force resistance and enhanced shear wall performance.
• This approach supports compliance with wind uplift design requirements and engineered load calculations.
Result:
The CMST strap installation provided a safe, efficient, and code-compliant solution for transferring uplift forces, ensuring structural integrity from roof level to foundation.
