Resil -Tex - Resilient Plant Distribution Model for MSMEs with an Occupational Productivity and Safety Focus

For the health crisis, several business sectors have had to stop their activity during quarantine, and the recovery of their production and sales levels has been slow. This proposal addresses themes of industrial engineering, strategic planning and engineering resilience, which comprise the frame of reference for the construction of a resilient model for the design of plant distributions, taking an approach to occupational productivity and safety, seeking to contribute to the safe reactivation of the textile productive sector of the micro, small and medium enterprises (MIPYME) in the country. For this, 1) adequate indicators are identified for the resilient plant distribution design that allow adjusting the textile production processes to external and internal criteria, 2) the development of a resilient theoretical model (Resil-Tex) is proposed for the design of dynamic plant distribution Adapt the proposed model to two study cases of the textile sector through simulation and optimization tools. The proposed model aims to allow the detection of critical areas in the distribution of plant with respect to occupational security and its effect on the productivity of the company. In such a way that the MSMEs of the textile sector can have a path to follow to adapt and overcome the situation we are currently living, taking care of the well -being of its members while restoring their productivity

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