In several building processes and systems currently used in social housing projects, there are many problems related to the lack of modular coordination and low connectivity between components, which result in the high incidence of waste and low productivity. This study aims to use the modular coordination and connectivity techniques in masonry with the aim of improving the performance of this construction process. The study involved a survey of the dimensions of masonry components in local manufacturers of ceramic and concrete blocks, and of blocks, window- and door-frames, and ceramic tiles in the main building material distributors from Maceió, state of Alagoas. The data collected were statistically analyzed using the SPSS (Statistical Package for the Social Sciences) software. Based on that analysis, the modulation of a block masonry panel was defined considering the connectivity between the components normally used, and the components most frequently offered by suppliers in the region. This panel can be applied in the design of block masonry partitions, with or without openings, improving productivity and reducing waste in the construction process.
Modular coordination; Connectivity; Building systems; Architectural design; Social housing projects
