Green, lean, Six Sigma barriers at a glance: A case from the construction sector of Pakistan

The construction sector consumes a massive amount of resources, produces a large volume of emissions, and generates large-scale waste. Earlier studies considered green, lean, and Six Sigma (GLS) approaches as being critical in the construction process for the optimum use of resources, cost reduction...

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Veröffentlicht in:Building and environment 2019-08, Vol.161, p.106225, Article 106225
Hauptverfasser: Hussain, Kramat, He, Zhen, Ahmad, Naveed, Iqbal, Muzaffar, Taskheer mumtaz, Syed Muhammad
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container_issue
container_start_page 106225
container_title Building and environment
container_volume 161
creator Hussain, Kramat
He, Zhen
Ahmad, Naveed
Iqbal, Muzaffar
Taskheer mumtaz, Syed Muhammad
description The construction sector consumes a massive amount of resources, produces a large volume of emissions, and generates large-scale waste. Earlier studies considered green, lean, and Six Sigma (GLS) approaches as being critical in the construction process for the optimum use of resources, cost reduction, quality improvement, and sustainability. Pakistan's construction sector is struggling to implement sustainable and improved construction processes. This work attempts to analyse barriers to the GLS construction process (GLSCP) through a literature review and expert opinion. During brainstorming sessions, a group of experts validated the barriers and developed contextual relationships among them using a questionnaire. An 11-level hierarchal model was developed by implementing interpretive structural modelling (ISM) methodology. The Matriced Impacts Croise's Multiplication Appliqée a UN Classement (MICMAC) technique was applied to delineate these barriers into the categories of ‘driving’, ‘linkage’, and ‘dependent’. While the findings indicate that all barriers are critical and play a role in hindering the application of GLS in the construction process, the top five critical barriers to GLS are an unstable political environment, lack of government policy, lack of customer involvement and awareness of GLS, lack of funds, and lack of top leadership support for GLS adoption. This work may assist the government, policy-makers, and managers by providing insights into the barriers and in developing strategies for the possible adoption of GLS concepts for sustainable construction and improved quality. •Pakistan’s construction industry is facing challenges in sustainable construction because of a lack of green, lean, and Six Sigma implementation.•Regarding the barriers to green, lean, and Six Sigma, driving and dependence power and their interrelationships are framed by integrating ISM and MICMAC methods from a construction sector perspective.•An unstable political environment is a major barrier driving other barriers to green, lean, and Six Sigma implementation.•Lack of government support is the second most important barrier to green, lean, and Six Sigma implementation in construction, which is driven by an unstable political environment.•Implications for policy makers and managers are given to overcome the explored barriers.
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subjects Barriers
Construction
Construction costs
Construction industry
Construction process
Government policy
Green buildings
Green construction process (GCP)
Interpretive structural modelling (ISM)
Leadership
Lean construction process (LCP)
Literature reviews
MICMAC analysis
Multiplication
Politics
Public policy
Quality control
Six Sigma
Six sigma construction process (SCP)
Sustainability
title Green, lean, Six Sigma barriers at a glance: A case from the construction sector of Pakistan
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