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Then after architect consult with a structural engineer and MEP engineer for details of the reinforcements and other detail for use, how deep your foundation will be, the size of gravel to be used, column width, electrical, plumbing, etc. Also, read: IS 516:1959 Most Important Point (Method of Tests For Strength of Concrete).
Consider factors such as size, style, layout, number of rooms, and special features like outdoor spaces, basements, or energy-saving systems. In addition to your contractor, you may need to work with an architect, an engineer, and subcontractors specializing in plumbing, electrical work, and HVACsystems.
Some homes have narrow or low-access points, making it difficult to bring in the necessary equipment for excavation and concretepouring. Disruptions to Existing Utilities When lowering a basement floor, there is a need to adjust plumbing, electrical, and HVACsystems.
These conflicts, or “clashes,” arise when different design components, such as structural elements, HVACsystems, or electrical conduits, intersect or interfere with the buffer zone of another object. Similarly, safety issues like a high-voltage wire being too close to a plumbing line could constitute a soft clash.
De-energize, lock out, and tag electrical circuits. Inspect electrical power panel. Check electrical connections and wiring for loose or overheated conditions. De-energize or discharge all hydraulic, electrical, mechanical, or thermal energy prior to beginning work. Door; Hydraulic, Electric or Pneumatic Operated.
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