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BSI PD CEN/TR 17920:2023

BSI PD CEN/TR 17920:2023

$198.66

BIM in infrastructure. Standardization need and recommendations

Published By Publication Date Number of Pages
BSI 2023 70
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The scope of this document is as per the scope of CEN/TC 442/WG 6, that is: – Identify key stakeholders. – Investigate existing activities within standardization for BIM in infrastructure (3.1). – Formulate the need for standardization related to the implementation of BIM for infrastructure (3.1) in Europe, not covered by existing standards and ongoing standards development. – Make recommendation on whether standards are to be developed and if so, how this can be done. For the purpose of this document, the term ‘BIM standards’ is a loose reference to standards available for the use of BIM, including those under the responsibility of CEN/TC 442, ISO/TC 211 and ISO/TC 59. It is not a defined term.

PDF Catalog

PDF Pages PDF Title
2 undefined
9 1 Scope
2 Normative references
3 Terms and definitions
10 4 Stakeholder engagement
4.1 Stakeholder analysis
11 4.2 Stakeholder consultations
4.2.1 General
12 4.2.2 Infrastructure asset owners
14 4.2.3 National transport authorities
4.2.4 Industry consortia
4.2.5 Professional bodies
15 4.2.6 Software vendors
4.3 Survey
4.3.1 General
16 4.3.2 Process
4.3.3 Summary results
4.3.3.1 General
18 4.3.3.2 Challenges
19 4.3.4 Key findings from the survey
20 5 Current initiatives
5.1 Overview
5.2 International Organization for Standardization (ISO)
5.2.1 Technical Committee 211
5.2.2 Technical Committee 59
22 5.2.3 Technical Committee 10 Sub-committee 8
23 5.3 European Committee for Standardization (CEN)
5.3.1 TC 442
5.4 International industry consortia
5.4.1 Open Geospatial Consortium
24 5.4.2 buildingSMART™ International
5.4.3 Conference of European Directors of Roads
5.5 Selected national initiatives
25 5.6 Research
5.7 Summary
6 Information requirements
6.1 Relative characteristics of information management for infrastructure assets
6.1.1 General
26 6.1.2 Security minded approach to information management according to EN ISO 196505 [16]
6.2 Key findings
7 The information delivery cycle
7.1 Relative characteristics of BIM for infrastructure
27 7.2 Common stages of an infrastructure project
7.2.1 General
28 7.2.2 Considerations on EN ISO 196502 [17]
29 7.2.3 Considerations on EN ISO 196503 [3]
31 7.3 Key findings
8 Project and asset information management functions
8.1 General
8.2 Relative characteristics of BIM for infrastructure
32 8.3 Key findings
9 Delivery team capability and capacity
9.1 Overview
33 9.2 Relative characteristics of BIM for infrastructure
9.3 Key findings
34 10 Information container-based collaborative working
10.1 General
10.2 Relative characteristics of BIM for infrastructure
35 10.3 Key findings
11 Information delivery planning
11.1 Models and data
11.2 Federation of the models
11.2.1 General
36 11.2.2 Information model
11.2.3 Model federated for purpose
11.2.4 Domain oriented model
11.3 Introduction to information production for infrastructure (3.1)
11.4 Commonly applied information requirements for infrastructure assets
39 12 Managing the collaborative production of information
12.1 Relative characteristics of information requirements for infrastructure (Classification)
43 12.2 Key findings
13 Common data environment (CDE) solution and workflow
13.1 Relative characteristics of BIM for infrastructure (3.1)
13.1.1 CDE solution capabilities
44 13.1.2 CDE Guidance
13.2 Key findings
45 14 Conclusions
15 Recommendations
47 Annex A (informative)Examples and case studies
A.1 General
A.2 Examples of life cycle stages in infrastructure (3.1)
51 A.3 Specification of requirements
A.3.1 General
A.3.2 Examples of requirements – Continuous break lines
55 A.4 Specification of Use
A.4.1 General
58 A.4.2 Use cases
62 A.4.3 Use case, surfaces
A.4.4 Examples of domain models used in infrastructure (3.1) design and construction
65 Annex B (informative)Survey details
B.1 Questions

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BSI PD CEN/TR 17920:2023
$198.66