Scholarlink

While traditional construction has advanced its course over time, gathering innumerable data in improving its process, the traditional method at its best has been heavily faulted as not being able to address eminent and exigent global needs like shelter for all and emerging challenges relating to construction works like carbon emission ultimately resulting in global environmental sustainability challenges starring at our globe in its face, e.g. meeting net-zero carbon target, reducing global shelter deficits, etc. Despite the many advancements attempted to improve traditional buildings, its limitations keep calling for alternative means of housing provision and construction processes. Extant studies have identified Offsite construction (OSC) as an alternative to addressing the shortcomings of traditional construction methods. OSC, on the other hand, has the potential to address the shortcomings of traditional construction approaches in addressing technological advancements and global challenges, is a re-emerging solution whose process is yet to be fully articulated. OSC, however, does not have a project database with which to run. This study appraised extant literature for issues bothering OSC data availability, collation and management and, therefore, aims to provide a framework for OSC data collation to develop a robust OSC data repository for the UK OSC in driving the wider OSC adoption. The framework presented the minimum valuable products (MVPs) required for real-time data gathering of the various issues influencing OSC adoption and holds the potential to provide academic scholars, industry captains and policymakers with adoption intelligence needed to drive wider OSC adoption.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Effectively Transiting from Traditional Construction Method to Offsite Construction Through Robust Data Management Repository-Implications to Wider OSC Approach and Adoption

  • 会议论文

  • 发表日期：

    2025年

查看全文
  • Godoyon Wusu,
  • Hafiz Alaka,
  • Raphael Oseghale,
  • Wasiu Yusuf,
  • Funlade Sunmonu,
  • Saheed Ajayi,
  • Oluwakemi Oriowo,
  • Bolarinwa Akinyemi

摘要

While traditional construction has advanced its course over time, gathering innumerable data in improving its process, the traditional method at its best has been heavily faulted as not being able to address eminent and exigent global needs like shelter for all and emerging challenges relating to construction works like carbon emission ultimately resulting in global environmental sustainability challenges starring at our globe in its face, e.g. meeting net-zero carbon target, reducing global shelter deficits, etc. Despite the many advancements attempted to improve traditional buildings, its limitations keep calling for alternative means of housing provision and construction processes. Extant studies have identified Offsite construction (OSC) as an alternative to addressing the shortcomings of traditional construction methods. OSC, on the other hand, has the potential to address the shortcomings of traditional construction approaches in addressing technological advancements and global challenges, is a re-emerging solution whose process is yet to be fully articulated. OSC, however, does not have a project database with which to run. This study appraised extant literature for issues bothering OSC data availability, collation and management and, therefore, aims to provide a framework for OSC data collation to develop a robust OSC data repository for the UK OSC in driving the wider OSC adoption. The framework presented the minimum valuable products (MVPs) required for real-time data gathering of the various issues influencing OSC adoption and holds the potential to provide academic scholars, industry captains and policymakers with adoption intelligence needed to drive wider OSC adoption.