A scientometric analysis of quantity surveying research: trends and future direction

The development of people, organisations and professions is driven by several factors including research. As such, evaluating research trends within a given field of study is necessary to understand current issues and identify gaps to make meaningful contributions to the body of knowledge. The scie...

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Main Authors: Taiwo Adegbembo, Douglas Aghimien
Format: Article
Language:English
Published: UJ Press 2023-12-01
Series:Journal of Construction Project Management and Innovation
Subjects:
Online Access:https://journals.uj.ac.za/index.php/JCPMI/article/view/2929
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author Taiwo Adegbembo
Douglas Aghimien
author_facet Taiwo Adegbembo
Douglas Aghimien
author_sort Taiwo Adegbembo
collection DOAJ
description The development of people, organisations and professions is driven by several factors including research. As such, evaluating research trends within a given field of study is necessary to understand current issues and identify gaps to make meaningful contributions to the body of knowledge. The scientometric analysis offers the opportunity to understand these research trends while identifying leading contributors (authors, countries, institutions), impactful contributions and areas of focus in existing studies. Using the scientometric analysis, this paper presents a visualisation of quantity surveying (QS) research published from 2003 to 2023 and indexed in the Scopus database. Using an interpretivist philosophical stance, the study found that QS studies have emanated from diverse countries, including the United Kingdom, Malaysia, Nigeria, South Africa and Australia. Journal outlets are the major sources of disseminating QS research findings, while the lack of proper indexing of many QS conference proceedings is responsible for fewer conference publications. Past QS studies have focused on six major areas, which are (1) QS professional service and management, (2) QS and BIM in design and cost estimating, (3) QS competencies, (4) QS education and training, (5) QS in the construction industry, (6) QS and project planning. These identified areas create room for future studies to research less explored areas such as human resource management, higher education, information theory, QS and climate change adaptation, green/circular/bio-economy, digitalisation, and innovative construction.
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spelling doaj-art-42d393a577f14331b8086922fa1445772025-01-08T06:08:19ZengUJ PressJournal of Construction Project Management and Innovation2223-78522959-96522023-12-0113210.36615/jcpmi.v13i2.2929A scientometric analysis of quantity surveying research: trends and future directionTaiwo Adegbembohttps://orcid.org/0000-0002-2453-327XDouglas Aghimien0https://orcid.org/0000-0002-6661-5679De Montfort University, Leicester, UK The development of people, organisations and professions is driven by several factors including research. As such, evaluating research trends within a given field of study is necessary to understand current issues and identify gaps to make meaningful contributions to the body of knowledge. The scientometric analysis offers the opportunity to understand these research trends while identifying leading contributors (authors, countries, institutions), impactful contributions and areas of focus in existing studies. Using the scientometric analysis, this paper presents a visualisation of quantity surveying (QS) research published from 2003 to 2023 and indexed in the Scopus database. Using an interpretivist philosophical stance, the study found that QS studies have emanated from diverse countries, including the United Kingdom, Malaysia, Nigeria, South Africa and Australia. Journal outlets are the major sources of disseminating QS research findings, while the lack of proper indexing of many QS conference proceedings is responsible for fewer conference publications. Past QS studies have focused on six major areas, which are (1) QS professional service and management, (2) QS and BIM in design and cost estimating, (3) QS competencies, (4) QS education and training, (5) QS in the construction industry, (6) QS and project planning. These identified areas create room for future studies to research less explored areas such as human resource management, higher education, information theory, QS and climate change adaptation, green/circular/bio-economy, digitalisation, and innovative construction. https://journals.uj.ac.za/index.php/JCPMI/article/view/2929BibliometricQuantity surveyingNetwork visualisationScientometric analysisScience mapping
spellingShingle Taiwo Adegbembo
Douglas Aghimien
A scientometric analysis of quantity surveying research: trends and future direction
Journal of Construction Project Management and Innovation
Bibliometric
Quantity surveying
Network visualisation
Scientometric analysis
Science mapping
title A scientometric analysis of quantity surveying research: trends and future direction
title_full A scientometric analysis of quantity surveying research: trends and future direction
title_fullStr A scientometric analysis of quantity surveying research: trends and future direction
title_full_unstemmed A scientometric analysis of quantity surveying research: trends and future direction
title_short A scientometric analysis of quantity surveying research: trends and future direction
title_sort scientometric analysis of quantity surveying research trends and future direction
topic Bibliometric
Quantity surveying
Network visualisation
Scientometric analysis
Science mapping
url https://journals.uj.ac.za/index.php/JCPMI/article/view/2929
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AT douglasaghimien ascientometricanalysisofquantitysurveyingresearchtrendsandfuturedirection
AT taiwoadegbembo scientometricanalysisofquantitysurveyingresearchtrendsandfuturedirection
AT douglasaghimien scientometricanalysisofquantitysurveyingresearchtrendsandfuturedirection