This case study investigated a BIM-enabled FM concept within a construction project, which took place during the phase of the tendering preparation. The study asked for the requirements and preconditions in the concept, why they have been defined and examined their effects on the tendering preparation.
Next to eight use cases, several necessities regarding the future O&M software, like a BCF support or the compatibly with certain software formats, it was found that the dealing with the integration of BIM in FM, disclosed inefficient customer processes and documents. As a highlight an efficient, risk minimizing documentation process, is described.
The web-based process uses a plant classification code, to automatically link uploaded handover documents with corresponding model elements and offers the possibility to continuously perform the handover. The process is seen as a good possibility to increase the handover quality and to reduce the associated risk resulting out of inadequate and lacking documentations.
Inhaltsverzeichnis (Table of Contents)
- Chapter 1: Introduction
- 1.1 Background
- 1.2 Concept and project details
- 1.3 Purpose and significance
- 1.4 Research scope
- 1.5 Thesis Outline
- Chapter 2: Literature review
- 2.1 Information management and the developing role of BIM in FM
- 2.2 Handover and data quality
- 2.3 BIM-enabled FM concept in the project tendering
- 2.4 Literature summary and Implications
- Chapter 3: Research methodology
- 3.1 Case study method
- 3.2 Research Design
- 3.3 Validity
- 3.4 Data collection
- 3.5 Analyisis
- 3.6 Researchers role and limitations
- Chapter 4: Findings
- 4.1 Requirements and preconditions
- 4.2 Effects on tendering preperation
- 4.3 Further findings
- Chapter 5: Discussion, conclusions, summary and recommendations
- 5.1 Requirements and preconditions
- 5.2 Effects on tendering preperation
- 5.3 Summary
- 5.4 Future research recommendations
Zielsetzung und Themenschwerpunkte (Objectives and Key Themes)
This case study explores the integration of a BIM-enabled FM concept within a construction project during the tendering preparation phase. The study investigates the requirements and preconditions of this concept, examines the reasons behind their definition, and analyzes their effects on the tendering preparation process.
- The role of BIM in Facility Management (FM) and its impact on information management.
- The importance of data quality and efficient handover processes in BIM-enabled FM projects.
- The effects of a BIM-enabled FM concept on the tendering process, including requirements and preconditions for contractors.
- The identification of inefficiencies in customer processes and documents related to BIM integration in FM.
- The development and evaluation of a web-based documentation process for efficient handover and risk minimization.
Zusammenfassung der Kapitel (Chapter Summaries)
Chapter 1: Introduction provides background information on the research context, project details, and the study's purpose and significance. It also outlines the scope of the research and the structure of the thesis.
Chapter 2: Literature review examines existing literature on information management and the role of BIM in FM, focusing on handover processes and data quality. It also explores the application of BIM-enabled FM concepts in project tendering.
Chapter 3: Research methodology describes the case study approach used in the research, including the research design, validity, data collection methods, data analysis techniques, and limitations of the study.
Chapter 4: Findings presents the key findings of the study, focusing on the requirements and preconditions of the BIM-enabled FM concept and their effects on the tendering preparation process. It also highlights further observations made during the research.
Schlüsselwörter (Keywords)
The research focuses on BIM-enabled Facility Management, tendering preparation, handover processes, data quality, information management, and the integration of BIM in FM. The study also examines the impact of BIM on customer processes, documentation procedures, and risk mitigation strategies in construction projects.
- Citation du texte
- Thomas Förderer (Auteur), 2019, A BIM-Enabled FM Concept and Its Effects on the Preparation of the Tendering Process for a General Contractor, Munich, GRIN Verlag, https://www.grin.com/document/903107
