Requirements Analysis for Development of Off-Site Construction Project Management System: Focusing on Precast Concrete Construction

Author:

Jang YeEunORCID,Son JeongWookORCID,Hwang Sungjoo

Abstract

There has been increasing interest in the off-site construction (OSC) method in response to issues such as stagnant labor productivity, shortage of skilled workers, challenging site management, heightened safety and health-related regulations, and the push for carbon neutrality. Although efficient performance of an OSC project requires development of management techniques, and application of a management system that reflects the characteristics of the OSC projects, related technologies remain in their infancy. In this study, targeting precast concrete (PC) construction, which is one of the representative construction types of the OSC method, we derive the characteristics of OSC project management in six aspects: production place and time, production process, production method of construction, production method, production entity and facilities, and production environment. Based on this result, we further derived the requirements for developing an OSC project management system. Furthermore, based on the derived requirements, we constructed a system development scenario for the establishment of an installation plan and shipment requests. The managerial characteristics and requirements of the OSC project, presented in this study, provide the theoretical basis for developing OSC project management techniques, as well as guidance for the development of the OSC project management system in the future.

Funder

Ministry of Land, Infrastructure and Transport

Publisher

MDPI AG

Subject

Building and Construction,Civil and Structural Engineering,Architecture

Reference82 articles.

1. Modular Construction from Projects to Products;Bertram,2019

2. The Next Normal in Construction;Ribeirinho,2020

3. Key Initiatives for Digital Transformation, Green New Deal and Recovery after COVID-19 within the Construction Industry in Korea

4. Reinventing Construction: A Route of Higher Productivity;Barbosa,2017

5. BIM-Integrated Construction Operation Simulation for Just-In-Time Production Management

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