All Stories

  1. Driving forces behind the adoption of IEQ principles in building design: evidence from Nigerian quantity surveying firms
  2. Strategic drivers for the deployment of energy economics principles in the developing construction industry: A Nigerian perspective
  3. Driving Factors for the Adoption of Digital Twin Technology Implementation for Construction Project Performance in Nigeria
  4. Breaking Barriers: Unearthing the Hindrances to Embracing Energy Economics Principles in Nigerian Building Projects
  5. Critical application areas of radio frequency identification (RFID) technology for sustainable construction in developing countries: the case of Nigeria
  6. Exploring the critical success factors for adopting gamification in the Nigerian construction sector
  7. Effective measures to bolster the deployment of indoor environmental quality (IEQ) principles in building design: a focus on quantity surveying (QS) firms in Nigeria
  8. Application of Digital Technologies Tools for Social and Sustainable Construction in a Developing Economy
  9. Evaluating the drivers for the implementation of automation techniques in the Nigerian construction sector
  10. From awareness to action: a study of the effectiveness of environmental economic practices for sustainable construction in Nigeria
  11. Leveraging gamification to enhance productivity and employee engagement in the Nigerian construction industry
  12. Carbon trading practices adoption for sustainable construction: A study of the barriers in a developing country
  13. Cyber-physical systems for facilities management: a Delphi study on the propelling measures
  14. Profound barriers to value management adoption on construction projects in a developing nation
  15. Exploring the Benefits of Virtual Reality Adoption for Successful Construction in a Developing Economy
  16. Towards a New Paradigm of Project Management: A Bibliometric Review
  17. A quantitative assessment of key drivers for environmental economic practices adoption for sustainable development
  18. Unpacking the strategies to promote the implementation of automation techniques in the construction industry
  19. Attaining digital transformation in construction: An appraisal of the awareness and usage of automation techniques
  20. Construction in the digital age: exploring the benefits of digital technologies
  21. A Roadmap for the Uptake of Cyber-Physical Systems for Facilities Management
  22. Assessing the conceptualised cyber-physical systems adoption model for facilities management
  23. Conceptualised adoption model of cyber-physical systems for facilities management
  24. Digital technologies for facilities management
  25. Gaps in technology adoption research
  26. Introduction
  27. Theoretical perspectives on cyber-physical systems
  28. Theoretical perspectives on facilities management
  29. Theoretical perspectives on technology adoption
  30. Cyber Technology Implementation Barriers for Sustainable Buildings: A Novel Mathematical Partial Least Square Structural Equation Modelling
  31. Robotics and automation for sustainable construction: microscoping the barriers to implementation
  32. Boosting employee performance through gamification: a study of the awareness and usage of game elements among construction professionals
  33. Conceptualising an ethno‐mimetic model for effective buildings' end‐of‐life waste management: A Nigerian exemplar
  34. Modeling the relationship between value management implementation phases, critical success factors and overall project success
  35. Performance measurement indicators influential to the espousal of cyber-physical systems for facilities management – a Delphi approach
  36. Espousal of Zero Carbon Emission in Buildings: Empirical Analysis of Propelling Measures
  37. Barriers to the adoption of digital technologies for sustainable construction in a developing economy
  38. Exploring the Adoption of Cyber (Digital) Technology for Sustainable Construction: A Structural Equation Modeling of Critical Success Factors
  39. Challenges to the Implementation of Building Information Modeling (BIM) for Sustainable Construction Projects
  40. Determining the stationary barriers to the implementation of radio frequency identification (RFID) technology in an emerging construction industry
  41. Appraisal of awareness and usage of digital technologies for sustainable wellbeing among construction workers in a developing economy
  42. Barriers to Using Cloud Computing in Sustainable Construction in Nigeria: A Fuzzy Synthetic Evaluation
  43. A Mathematical Analysis of 4IR Innovation Barriers in Developmental Social Work—A Structural Equation Modeling Approach
  44. Building Information Modeling Execution Drivers for Sustainable Building Developments
  45. Decision Making Model for Identifying the Cyber Technology Implementation Benefits for Sustainable Residential Building: A Mathematical PLS-SEM Approach
  46. Application of gamification for sustainable construction: an evaluation of the challenges
  47. Modeling the Impact of Overcoming the Green Walls Implementation Barriers on Sustainable Building Projects: A Novel Mathematical Partial Least Squares—SEM Method
  48. Business environment as a determinant in the uptake of cyber-physical systems for facilities management – a Delphi study
  49. Modelling the drivers of data science techniques for real estate professionals in the fourth industrial revolution era
  50. Barriers to the Implementation of Radio Frequency Identification (RFID) for Sustainable Building in a Developing Economy
  51. BUSINESS ENVIRONMENT FACTORS INFLUENCING THE USE OF CYBER-PHYSICAL SYSTEMS FOR FACILITIES MANAGEMENT—A CONFIRMATORY FACTOR ANALYSIS APPROACH
  52. A Partial Least Squares Structural Equation Modeling of Robotics Implementation for Sustainable Building Projects: A Case in Nigeria
  53. Developing emotionally competent engineers for the ever-changing built environment
  54. Exploring the 4IR Drivers for Sustainable Residential Building Delivery from Social Work Residential Perspective—A Structural Equation Modelling Approach
  55. Radio frequency identification implementation model for sustainable development: A structural equation modeling approach
  56. Unearthing Causative Factors of Cost Overrun on Ghanaian Road Projects
  57. Empirical Investigation of Discipline-Specific Skills Required for the Employability of Built Environment Graduates
  58. Success factors of digital technologies (DT) tools adoption for sustainable construction in a developing economy
  59. Challenges confronting construction information management
  60. Critical factors influencing the failure of joint ventures in the South African construction industry: a confirmatory factor analysis approach
  61. Exploring the Cyber Technology Critical Success Factors for Sustainable Building Projects: A Stationary Analysis Approach
  62. Exploring the Cloud Computing Implementation Drivers for Sustainable Construction Projects—A Structural Equation Modeling Approach
  63. Measures of Sustainable Construction Projects Performance
  64. Drivers of mentoring practices in construction related firms: Nigerian quantity surveying firms' perspective
  65. Factors Militating Against the Use of Digital Technology by Sub-contractors in South Africa
  66. Data Management Risks: A Bane of Construction Project Performance
  67. Construction Supply Chain Management in the Fourth Industrial Revolution Era
  68. General Introduction
  69. Construction Information Management: Benefits to the Construction Industry
  70. Empirical scrutiny of the behavioural intention of construction organisations to use unmanned aerial vehicles
  71. Awareness of 3D Printing for Sustainable Construction in an Emerging Economy
  72. Analysis of designers’ Prevention through Design (PtD) competence in the construction industry: A study of Malaysia, Nigeria, and South Africa
  73. Sustainable construction in the Nigerian construction industry: unsustainable practices, barriers and strategies
  74. Delineating the people-related features required for construction digitalisation
  75. Applicable areas of biomimicry principles for sustainable construction in Nigeria
  76. Confirmatory Factor Analysis of Performance Measurement Indicators Determining the Uptake of CPS for Facilities Management
  77. Risks of joint venture formation in the South African construction industry
  78. Smart Cities: A Panacea for Sustainable Development
  79. A roadmap for present focus and future trends of blockchain technology in the built environment
  80. A principal component analysis of barriers to the implementation of blockchain technology in the South African built environment
  81. Value Management Implementation in Construction
  82. Adoption of cloud computing tools for sustainable construction: a structural equation modelling approach
  83. Examining the awareness and usage of cyber physical systems for construction projects in Nigeria
  84. Key requirements for effective implementation of building information modelling for maintenance management
  85. An Assessment of Exhibited Drivers of Mentoring in Construction Professional Firms: A Case of Nigerian Quantity Surveying Firms
  86. Evaluating the key risk factors in PPP-procured mass housing projects in Nigeria: a Delphi study of industry experts
  87. Augmented reality for construction revolution – analysis of critical success factors
  88. Value management implementation barriers for sustainable building: a bibliometric analysis and partial least square structural equation modeling
  89. Critical barriers to augmented reality technology adoption in developing countries: a case study of Nigeria
  90. Barriers to the implementation of cloud computing for sustainable construction in a developing economy
  91. Modeling the robotics implementation barriers for construction projects in developing countries
  92. Drivers of green supply chain management: a close-up study
  93. An empirical study on the benefits of augmented reality technology (ART): A Nigerian construction industry context
  94. Modular method of construction in developing countries: the underlying challenges
  95. Unravelling the Factors Influencing Construction Organisations’ Intention to Adopt Big Data Analytics in South Africa
  96. Exploring the benefits of cloud computing for sustainable construction in Nigeria
  97. Modelling the relationship between value management’s activities and critical success factors for sustainable buildings
  98. An analysis of the application areas of augmented reality technology in the construction industry
  99. General introduction
  100. Conclusion and recommendations
  101. Digitalisation in construction
  102. Dynamic Capability Theory
  103. Evaluation of internet of things (IoT) application areas for sustainable construction
  104. Drivers of Green Supply Chain Management: A Close-up Study
  105. Dynamic capabilities for digitalisation in the AECO sector – a scientometric review
  106. Impact of Value Management on Building Projects Success: Structural Equation Modeling Approach
  107. Exploring the value management critical success factors for sustainable residential building – A structural equation modelling approach
  108. Modelling a cost profile for road projects
  109. Barriers of value management implementation for building projects in Egyptian construction industry
  110. Assessing South African Construction Worker’s Knowledge of Modern Technologies for Effective Material Management
  111. Assessment of Cloud Computing Success Factors for Sustainable Construction Industry: The Case of Nigeria
  112. Unearthing the Factors Impeding Sustainable Construction in Developing Countries—A PLS-SEM Approach
  113. Examining Undergraduate Courses Relevant to the Built Environment in the 4IR Era: A Delphi Study Approach
  114. An Appraisal of the Level of Awareness and Adoption of Insurance Policies for Sustainable Construction
  115. Barriers to the Adoption of Zero-Carbon Emissions in Buildings: The South African Narrative
  116. Sustainable Road Infrastructure in Rural Areas in South Africa—A Preliminary Study
  117. Applications of Blockchain Technology in the Construction Industry
  118. Site Accidents in the South African Construction Industry: Cleaning the Augean Stables
  119. Transforming Quantity Surveying Firms in South Africa Through Digitalisation
  120. Value Management Activities in Building Projects in Developing Countries
  121. Contextualizing Foreign Investments in the Nigerian Construction Industry
  122. Assessment of the Level of Awareness of Robotics and Construction Automation in South African
  123. Challenges to the Implementation of Lean Construction Practices in the South African Construction Industry
  124. Environmental Sustainability: Impact of Construction Activities
  125. Challenges of Conducting Market Research During Project Appraisals of Real Estate Investment
  126. Critical Value Management Activities in Building Projects: A Case of Egypt
  127. An empirical study on challenges to the adoption of the Internet of Things in the Nigerian construction industry
  128. Making a case for smart buildings in preventing corona-virus: focus on maintenance management challenges
  129. Identifying and Assessing Sustainable Value Management Implementation Activities in Developing Countries: The Case of Egypt
  130. Latent Institutional Environment Factors Influencing Construction Digitalization in South Africa
  131. Influence of the Internet of Things’ application on construction project performance
  132. Improving accuracy of road projects’ estimates in the Ghanaian construction industry
  133. Factors affecting mentoring of professionals in construction firms: Nigerian quantity surveyors’ perspective
  134. Accuracy of road construction preliminary estimate: examining the influencing factors
  135. Critical success factors for digital partnering of construction organisations – A Delphi study
  136. Evaluating the influencing factors responsible for construction contractors’ opportunism in a developing economy
  137. Appraisal of the drivers of smart city development in South Africa
  138. Improving resilience of cities through smart city drivers
  139. Digitalization of construction organisations – a case for digital partnering
  140. Drivers of Value Management Implementation in Building Projects in Developing Countries
  141. Impact of work–life policies on organizational commitment of construction professionals: role of work–life balance
  142. Appraisal of stakeholders' willingness to adopt construction 4.0 technologies for construction projects
  143. An appraisal of the adoption internet of things (IoT) elements for sustainable construction
  144. Impact of contractors’ opportunism on construction project transaction costs
  145. Gap analysis of mentoring practices in quantity surveying firms
  146. Household’s Satisfaction with Water Supply in Johannesburg Metropolitan Municipality, South Africa
  147. Mapping out research focus for robotics and automation research in construction-related studies
  148. Benefits of Construction Automation and Robotics in the South African Construction Industry
  149. Factor analysis of critical success factors for water infrastructure projects delivered under public–private partnerships
  150. Appraisal of risk contingency planning for construction projects
  151. Evaluation of the use of modern technologies for effective material management in South African construction industry
  152. Quality of low-income housing projects in South Africa
  153. Roles and effects of utilizing recent technologies on material management for construction work in South Africa
  154. Criteria for measuring Sustainable Construction Project Performance in Nigeria
  155. The Level of awareness of automation technology in the construction industry
  156. Assessment on the Influence of Stakeholders on Sustainable Building Construction in Ondo State, Nigeria
  157. Barriers for the Adoption of Incorporating RFID with Mobile Technology for Improved Safety of Construction Professionals
  158. Construction Transaction Costs in a Developing Economy: The Nigerian Construction Perspective
  159. Mentoring Practices in Construction Professional Firms in Nigeria
  160. Relevance of Competencies of Construction Project Risk Managers to Quantity Surveying Practice
  161. Performance benchmarking system for the Nigerian construction industry
  162. Survey dataset on fusing RFID with mobile technology for efficient safety of construction professionals
  163. Influence of organizational commitment on work–life balance and organizational performance of female construction professionals
  164. Quadrant and gap analysis of required and exhibited quantity surveyors’ competencies
  165. Analysis on the perceived occurrence of challenges delaying the delivery of water infrastructure assets in South Africa
  166. Contractors’ opportunism: construction professionals’ awareness of influencing factors
  167. A Review of the Application of Data Mining For Sustainable Construction in Nigeria
  168. Drivers of Sustainable Construction Practices in the Zambian Construction Industry
  169. South African Construction Craftsmen’s Perceptions of Effective Personnel Management Practices
  170. Profitability of Investment in Plantain Value Chain in Osun State, Nigeria
  171. Sustainable Construction Practices in West African Countries
  172. Perception of Consultants and Contractors to Performance Factors of Construction Projects
  173. Utilization of Project Management Tools for Construction Project Success
  174. Appraisal of factors affecting bidding decisions in Nigeria
  175. Barriers to the adoption of value management in developing countries
  176. Bonding capability of Nigerian contracting firms
  177. Impacts of Nanotechnology Adoption on Sustainable Construction
  178. Importance of Indoor Environmental Quality Criteria to Occupants of Low Income Housing
  179. Barriers of Building Maintenance in Private Tertiary Institutions in Nigeria
  180. Construction Professionals Perception of Solid Waste Management in the South African Construction Industry
  181. SWOT analysis of indigenous and foreign contractors in a developing economy
  182. Drivers of value management in the Nigerian construction industry
  183. Evaluation of UFPA quality assessment criteria for monitoring and evaluation system in the Ghanaian construction industry
  184. Appraisal of Smartization of Major Cities in South Africa
  185. Relationship Between Smart City Drivers and Socially Cohesive Societies
  186. Developing cost model for preliminary estimate of road projects in Nigeria
  187. Evaluation of Procurement Systems of Public Sector Funded Projects
  188. Improving Mentoring Relationships of Construction Management Professionals
  189. Appraisal of reward packages in construction firms
  190. Carbon Emission Trading in South African Construction Industry
  191. Energy Savings and Sustainable Construction: Examining the Advantages of Nanotechnology
  192. Challenges of Emotional Intelligence among Construction Stakeholders
  193. Adoption of Smart Structures for Prevention of Health Hazards in Buildings
  194. Students’ satisfaction with hostel accommodations in higher education institutions
  195. Quantity surveyors and skills required for procurement management
  196. Implementing Tilt-Up Method for Sustainable Construction
  197. Improving Sustainable Construction Practices Through Facility Management
  198. Importance of Safety Guidelines on South African Construction Sites
  199. Effect of Skills Shortage on Sustainable Construction
  200. Impact of team members’ composition on construction projects delivery in selected higher institutions in Nigeria
  201. Factors Influencing the Academic Performance of Children with Sickle Cell Anaemia in Ekiti, South West Nigeria
  202. Preferred Team Roles of Construction Team Members in Selected Higher Institution Projects
  203. Awareness of Ecological Economics as a Model for Promoting Sustainable Construction
  204. Sustainable Value Management for Construction Projects
  205. Sustainable Value Management
  206. Construction Projects and Stakeholders
  207. Sustainability in Construction
  208. Measures of Project Success
  209. General Introduction
  210. Stakeholders to Sustainable Value Management
  211. Benefits of Sustainable Value Management
  212. The Concept of Value Management
  213. Sustainability of Tilt-up Construction Method
  214. Value Management as a Construction Management Tool
  215. Barriers of Sustainable Value Management
  216. Drivers of Sustainable Value Management
  217. Value Management as a Discipline
  218. Effect of project managers' skills on construction project delivery
  219. Effect of project managers' skills on construction project delivery
  220. Prevention of Collusion for Innovative Construction
  221. Understanding the Determinants of Students’ Choice of Occupancy for Creative Construction
  222. Effects of Automation on Construction Industry Performance
  223. Review of the Application of Nanotechnology for Sustainable Construction Materials
  224. Structural equation modelling of construction bond administration
  225. IMPLEMENTATION OF SKILL DEVELOPMENT ACT IN THE SOUTH AFRICAN CONSTRUCTION INDUSTRY
  226. Effect of bond administration on construction project delivery
  227. Strengths, weaknesses, opportunities and threats of virtual team in Nigerian construction industry
  228. Implementation of Value Management as an Economic Sustainability Tool for Building Construction in Nigeria
  229. Assessment of facility management practices in public and private buildings in Akure and Ibadan cities, south-western Nigeria
  230. Impact of environmental factors on building project performance in Delta State, Nigeria
  231. Implications of Rising Cost of Building Materials in Lagos State Nigeria
  232. Assessment of rework cost of selected building projects in Nigeria
  233. Benefits and Level of Using Retention Bond for Construction Projects in Nigeria
  234. Establishing a common ground for the use of structural equation modelling for construction related research studies