Prefabricated Modular Building
Modular construction is a process in which a majority (or portion) of the building is fabricated off-site under factory controlled conditions. The building is manufactured in pieces called "modules" that each include completed structure, mechanical, electrical, plumbing, furni...
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Prefabricated Modular Building
Modular construction is a process in which a majority (or portion) of the building is fabricated off-site under factory controlled conditions. The building is manufactured in pieces called "modules" that each include completed structure, mechanical, electrical, plumbing, furniture, fixtures, & equipment, and exterior and interior finishes.
These modules are then transported to site where they are stacked (typically using cranes), sealed, and connected to mechanical, electrical, and plumbing (by general contractor crews) to form the completed building structure. Modular structures must adhere to the same building codes that conventionally built structures do, in addition to others which I will cover later.
There are 2 main types of modules: “Room Pods” and “Structural Modules”. Room Pods are prefabricated building components integrated into traditional, on-site construction projects (ie: bathroom pods), while structural modules must support the weight of the building and are much more complex.
Steel-framed "structural" modules like the one shown above are simply modules built with steel framing rather than wood. These types of modules can be safely stacked much higher than their wood-frame counterparts.
There are numerous advantages to employing this approach in a hotel development project. Below are the three main benefits, which apply to both steel and wood-framed modular units.
Reduced Construction Time: Modular units are delivered to the site pre-assembled and pre-finished, then stacked. Construction time can be reduced significantly, compared with conventionally built structures. This is especially important in dense urban areas, where traffic disruption and noise mitigation equate to significant costs.
Higher Quality: By building and finishing modular units in a factory under controlled conditions, final product quality can be enhanced with a more precise fitting of components, and repetitive installation and finishing performed in a dry, climate-controlled environment.
Less Cost and Waste: With reduced waste, reduced construction time, and completion of assembly and installation in a controlled environment, the possibilities for cost savings are compelling. Additionally, these cost savings often result in a “green” advantage for the project.
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