Implementing Modular Layouts to Increase Scalability of Production Facilities

Abstract

Modular layouts have become a relevant design strategy in improving the efficiency and scalability of production facilities, especially in the face of the challenges of market dynamics and sustainability needs. This study aims to analyze the application of modular layout in improving the scalability of production facilities through a literature study approach. The data used came from various journal articles, technical reports, and academic books published in the last five years. The analysis was carried out by the content analysis method to explore the principles of modular design, its advantages in operational efficiency, and the challenges faced in implementation. The results show that the modular layout supports high flexibility through design standardization, allowing for adjustment of production capacity without disrupting key operations. This approach also reduces operational costs and risks through systems that can be maintained and repaired modularly. However, its implementation requires significant initial investment as well as adequate workforce training. This research emphasizes the importance of careful planning and the adoption of digital technologies such as computer-based simulations to ensure the success of modular systems.