Browsing by Author "Lorca Pavez, Fabiana Gloria"

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    Phases of architectural design in the development of a modular and panelized wooden building with early integration process
    (2025) CaamañoLorca, José Luis; Lorca Pavez, Fabiana Gloria; Méndez López, Daniela
    The article analyzes a wood architecture project as a sustainable solution for the construction of industrialized social housing buildings in Chile. It highlights the importance of early integration of architectural and engineering teams. The project, a 4-story light wood frame building, underscores the need for standardization and precision in manufacturing to avoid transportation and assembly issues. A design divided into four phases is proposed: conceptualization, schematic design, architectural design, and manufacturing adjustments. Each phase involves collaboration among various professionals to optimize design and construction. The case study analysis presents early integration and standardization as essential factors to improve quality, efficiency, and reduce costs in the construction of wooden buildings, proposing them as a viable and sustainable option in the Chilean urban context.
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    Using the DFMA approach in the early integration of actors for the design of an industrialized timber building – case study
    (World Conference on Timber Engineering 2025, 2025) Méndez López, Daniela; Lorca Pavez, Fabiana Gloria; Carpio Martínez, Manuel
    Design for Manufacture and Assembly (DfMA) is a methodology that optimizes the design process to facilitate manufacturing and assembly, promoting more efficient and cost-effective construction. This study describes the process of early integration of actors in a case study of an industrialized timber building in Chile, framed in the Housing Emergency Plan. Involving architects, engineers, manufacturers, and builders from the early stages, the DfMA methodology was applied to improve communication and coordination between all actors. Five design stages were identified based on the RIBA guide, and BIM and modeling tools were used to integrate information from all participants. The results indicate that, although design time increases, production is more efficient, with fewer errors and rework, and higher construction quality. This study provides a framework for future projects in the construction industry, highlighting the importance of early integration and use of digital tools. Future work should validate time and cost savings, reduction in waste, improvement in quality and processes in manufacturing and construction phases.