Modular Construction technology is based on the principles of Industrial Production, and its primary objective is to complete as much of the building as possible in the Production Facility. This reduces time and resources spent on-site, while also providing various other advantages such as improved safety, reduced environmental impact, employment benefits, production quality, transparency, and better oversight.

The evolution of technological advancements in the construction sector throughout industrial history, with a focus on developing more efficient, safer, sustainable, and less wasteful construction methods with fewer adverse impacts on the environment and people, has given rise to the Modular Construction system.In today’s context, creating a specialized workforce for each project location, ensuring suitable and safe employment conditions, and renewing this need for each project, distances traditional construction methods from sustainability. 

The Modular Construction method involves continuous employment of workers in a closed Production Facility, providing both safety and comfortable working conditions. This approach allows for self-improvement, enhancing the quality and efficiency, similar to other industries like automotive, and presents opportunities for self-development and improvement. 

Another standout benefit for the customer is the reduction in on-site tasks and the ability to complete fieldwork in parallel while production continues in the Production Facility.

This results in shorter project completion times. The controlled working conditions provided by the Production Facility bring along advantages such as elevated quality, monitored processes, transparency, and many more. To leverage the advantages of Modular Construction technology, it is crucial to integrate designs with the manufacturing method. Engineering and architectural work is conducted using the Design for Manufacturing and Assembly (DfMA) method for Production and Assembly. The use of Building Information Modeling (BIM) technology in the design process brings all data together, allowing the construction of the structure in a digital environment that closely resembles reality. This helps prevent clashes that traditionally occur during on-site manufacturing. BIM technology also incorporates time and cost data into the digital model, providing customers with a transparent and accurate budget view at the beginning of the process. 

This new technology has made significant progress in areas such as efficiency and safety, where traditional construction methods have shown limited improvement for many years. Importantly, the industrial nature of this Construction Method allows for continuous development and improvement, akin to advanced industries. It facilitates the application of emerging technologies in construction and enables customers to benefit from innovations that may not find a place in traditional construction methods. At Consera, with our in-house Design and Manufacturing teams, we have developed and successfully implemented Modular Construction technology in numerous projects and offer significant gains for our clients in various aspects such as project budget, duration, design, performance, efficiency, and job safety throughout the construction process.