BIM in Construction and Knowledge Management within Dubai - Dissertation Example

Any uses made within it of the works of other authors in any form (e.g. ideas, equations, figures, text, tables, programmes) are properly acknowledged at the point of their use. A full list of the references employed has been included. . on 10 Objectives 10 Aim 11 Research Questions 11 Chapter Two: Research Methodology 12 Research 12 Objectives of Research 13 Motivation in Research 14 Types of Research 15 Research Approaches 18 Significance of Research 18 Research Methodology 18 Importance of Knowing How is Research Done 19 Secondary Data Collection 20 Primary Data Collection 20 Method of Data Analysis 21 Chapter Three: Literature Review: BIM 22 What is BIM?

22 How do construction companies use BIM? To what extent? 24 Uses of BIM in Construction Industry 28 Cost Estimating 28 Visualizing 29 Learning 30 Accessibility to Information 30 Interoperability 33 Simulation 34 Facility Management 34 Scheduling 35 Strategies for implementing BIM 35 Socio-technical and socio-cultural view 38 Building Object Behavior (BOB) 39 Impact of using BIM in the industry - Six KPIs of construction and BIM’s impact 39 Summary 42 Chapter Four: Literature Review: Knowledge Management 44 Knowledge creation and transfer 44 Definition of Knowledge Management 48 Knowledge management in construction industry 48 Status of KM in Construction Industry 54 Knowledge management systems/ models/ processes 58 Relevance of BIM in KM 64 BIM using KM in UAE- what it means?

66 Summary 67 Chapter Five: Survey/ Questionnaire Findings 68 Chapter Six: Conclusions and Recommendations 88 References 90 APPENDICES 94 APPENDIX 1- Survey questionnaire 94 APPENDIX 2- Responses of Survey Questionnaire 98 LIST OF TABLES AND DIAGRAMS Figure 1: BIM Framework. 24 Figure 2: BIM use through the lifecycle of building construction 25 Figure 3: A parametric object design process 27 Figure 4: Cost influence during project lifecycle 29 Figure 5: Cost influence during project lifecycle 32 Figure 6: Relationships and enablers of the information value-chain in NBIMS