Modular construction takes place in a climate-controlled facility with specialized equipment and repetitive building techniques. This controlled environment reduces weather delays, material waste, and theft while ensuring higher quality and consistent results throughout the entire build process.

Projects are completed 25-50% faster than conventional construction. Factory work occurs simultaneously with site preparation, and assembly-line production processes allow for faster assembly, significantly shortening project timelines.

Lower labor costs through efficient factory processes, reduced material waste, bulk purchasing advantages, and shorter project timelines all contribute to significant cost savings compared to conventional construction methods.

Modular construction can reduce waste materials (timber, cardboard, plastics, and concrete) by up to 90% compared to conventional methods. Modular homes feature tightly sealed building envelopes, improving energy efficiency and lowering heating costs. Additionally, buildings can be disassembled and modules relocated or refurbished for new use, reducing demand for raw materials.

o   Concept design, unit planning, and repeatable layout strategies

o   Early alignment with modular constraints such as module grids, transportation, and set-day considerations

o   Module grid planning, repeatable unit layouts, and tolerance coordination

o   Coordination of structural systems and MEP routing strategies

o   Façade composition, material transitions, and detailing strategies

o   Durable assemblies that support energy performance goals, including tighter building envelopes