I will design container home reinforcement and permits

Yes, if not engineered correctly. A shipping container’s strength is in its corrugated side panels. When you cut those, the roof loses its support. My plans include specific C channel or RHS (Rectangular Hollow Section) reinforcement frames for every opening to redistribute the load back to the corn

This is the #1 killer of container homes. I design using Thermal Break strategies. By specifying closed cell spray foam or rigid exterior insulation, we prevent the "dew point" from reaching the steel. This stops internal "sweating," prevents mold, and protects your steel shell from rusting

It depends on your soil, but I typically engineer for Concrete Piers or Helical Piles at the four corner castings. Since containers are designed to carry their entire weight on their corners, you don't always need a full concrete slab, which can save you thousands in construction costs.

Yes, but they must be stacked corner-to-corner. If you want to "offset" them (like a Lego brick pattern), we must engineer internal load-bearing columns. My Standard and Premium packages include the stacking analysis and connection details (twist-locks or welding schedules) to ensure the top unit do