加拿大建筑资产行业的数字化转型-78页
S TA N D A R D S R E S E A R C HDigital Transformation in the CanadianBuilt Asset IndustryPriorities for BIM Policy, Standardization, and GuidanceJune 2022 DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCEAuthorErik A. Poirier, PhD, cole de technologie SuprieureSheryl Staub-French, P.Eng., PhD, University of British ColumbiaMark Whitell, M.Sc., AECO Innovation LabArash Shahi, P.Eng., PhD, AECO Innovation LabNady Dadmehr, M. Sc, cole de technologie suprieureProject Advisory PanelAubrey LeBlanc, Ontario Building Oicials AssociationBasel Abdulaal, Alberta Health ServicesBrandon Searle, O-site Construction Research Centre, University of New Brunswick and CanBIMBrittany Mendiuk, Alberta InfrastructureImen Chikhi, Socit qubcoise des infrastructuresJason Santeford, GenslerJohn Hale, Department of National Defence and buildingSMART CanadaSonia Zouari, Public Services and Procurement CanadaSarah Chung, CSA Group (Project Manager)Je Menard, CSA Group (Project Manager)Lauro Pilla, CSA GroupHlne Vaillancourt, CSA GroupDisclaimerThis work has been produced by cole de technologie Suprieure, University of British Columbia and AECO innovation Lab,and is owned by Canadian Standards Association. It is designed to provide general information in regards to the subject mattercovered. The views expressed in this publication are those of the authors. cole de technologie Suprieure, University of BritishColumbia, AECO innovation Lab and Canadian Standards Association are not responsible for any loss or damage which mightoccur as a result of your reliance or use of the content in this publication.csagroup.org2 DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCETable of ContentsAuthor2257Project Advisory PanelExecutive Summary1 Introduction2 Methods882.1 Interviews2.2 Survey92.3 Literature Review2.4 Workshops10103 Digital Transformation and BIM Adoption and Implementation in the CanadianBuilt Asset Industry: What Is It and Why Does It Matter?101012143.1 Drivers of Change3.2 Context for Change: The Canadian Built Asset Industry3.3 Defining BIM Adoption and Implementation3.4 BIM in Canada3.4.1 Adoption and Implementation3.4.2 BIM Use1616183.5 Benefits of BIM Adoption and Implementation3.6 Challenges to BIM Adoption and Implementation3.7 Challenge Areas to be Addressed1920214 Structuring BIM Adoption and Implementation in Canada: Responding to theThree Challenges Areas22234.1 BIM Adoption and Implementation Frameworks4.2 Creating and Systematizing Demand Through Policy4.2.1 Why Is This Important?4.2.2 Canadian Needs and Expectations in This Area 4.2.3 Past and Current Work in This Area4.2.4 What Is the Gap?2424242830csagroup.org3 DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCE4.3 Upskilling Industry Stakeholders4.3.1 Why Is This Important?31314.3.2 Canadian Needs and Expectations in This Area 4.3.3 Past and Current Work in This Area4.3.4 What Is the Gap?3234384.4 Standardizing Practices and Capabilities Across the Supply Chain4.4.1 Why Is This Important?4.4.2 Canadian Needs and Expectations in This Area 4.4.3 Past and Current Work in This Area 4.4.4 What Is the Gap?38383941444.5 Summary475 Priorities for Standardization and Guidance for BIM Adoption andImplementation in the Canadian Built Asset Industry49495.1 Operationalizing the Response6 Conclusion6.1 Limitations5657Appendix A Glossary of TermsA.1 General Terminology696971A.2 Noteworthy BIM PublicationsAppendix B Current International Initiatives for BIM Standardization andGuidance (March 2022)7274Appendix C Non-Exhaustive List of Canadian NBPsAppendix D Non-Exhaustive List of federal, Provincial, and MunicipalInitiatives Addressing Key Drivers for Change in the CanadianBuilt Asset Industry76csagroup.org4 DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCEExecutive SummaryAs with all economic sectors in Canada, the built asset industry, which is responsible for planning, designing,delivering, maintaining, and operating Canadas built environment, is undergoing a digital transformation. This is anopportunity for one of Canadas most important economic sectors to revolutionize the way it operates, allowing itto generate more value for Canadians by addressing current environmental, economic, and social crises. However,enacting this digital transformation and reaping its benefits poses significant challenges. The research conductedfor this report developed a framework to identify
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S TA N D A R D S R E S E A R C H
Digital Transformation in the Canadian
Built Asset Industry
Priorities for BIM Policy, Standardization, and Guidance
June 2022
DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:
PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCE
Author
Erik A. Poirier, PhD, École de technologie Supérieure
Sheryl Staub-French, P.Eng., PhD, University of British Columbia
Mark Whitell, M.Sc., AECO Innovation Lab
Arash Shahi, P.Eng., PhD, AECO Innovation Lab
Nady Dadmehr, M. Sc, École de technologie supérieure
Project Advisory Panel
Aubrey LeBlanc, Ontario Building Officials Association
Basel Abdulaal, Alberta Health Services
Brandon Searle, Off-site Construction Research Centre, University of New Brunswick and CanBIM
Brittany Mendiuk, Alberta Infrastructure
Imen Chikhi, Société québécoise des infrastructures
Jason Santeford, Gensler
John Hale, Department of National Defence and buildingSMART Canada
Sonia Zouari, Public Services and Procurement Canada
Sarah Chung, CSA Group (Project Manager)
Jeff Menard, CSA Group (Project Manager)
Lauro Pilla, CSA Group
Hélène Vaillancourt, CSA Group
Disclaimer
This work has been produced by École de technologie Supérieure, University of British Columbia and AECO innovation Lab,
and is owned by Canadian Standards Association. It is designed to provide general information in regards to the subject matter
covered. The views expressed in this publication are those of the authors. École de technologie Supérieure, University of British
Columbia, AECO innovation Lab and Canadian Standards Association are not responsible for any loss or damage which might
occur as a result of your reliance or use of the content in this publication.
csagroup.org
2
DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:
PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCE
Table of Contents
Author
2
2
5
7
Project Advisory Panel
Executive Summary
1 Introduction
2 Methods
8
8
2.1 Interviews
2.2 Survey
9
2.3 Literature Review
2.4 Workshops
10
10
3 Digital Transformation and BIM Adoption and Implementation in the Canadian
Built Asset Industry: What Is It and Why Does It Matter?
10
10
12
14
3.1 Drivers of Change
3.2 Context for Change: The Canadian Built Asset Industry
3.3 Defining BIM Adoption and Implementation
3.4 BIM in Canada
3.4.1 Adoption and Implementation
3.4.2 BIM Use
16
16
18
3.5 Benefits of BIM Adoption and Implementation
3.6 Challenges to BIM Adoption and Implementation
3.7 Challenge Areas to be Addressed
19
20
21
4 Structuring BIM Adoption and Implementation in Canada: Responding to the
Three Challenges Areas
22
23
4.1 BIM Adoption and Implementation Frameworks
4.2 Creating and Systematizing Demand Through Policy
4.2.1 Why Is This Important?
4.2.2 Canadian Needs and Expectations in This Area
4.2.3 Past and Current Work in This Area
4.2.4 What Is the Gap?
24
24
24
28
30
csagroup.org
3
DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:
PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCE
4.3 Upskilling Industry Stakeholders
4.3.1 Why Is This Important?
31
31
4.3.2 Canadian Needs and Expectations in This Area
4.3.3 Past and Current Work in This Area
4.3.4 What Is the Gap?
32
34
38
4.4 Standardizing Practices and Capabilities Across the Supply Chain
4.4.1 Why Is This Important?
4.4.2 Canadian Needs and Expectations in This Area
4.4.3 Past and Current Work in This Area
4.4.4 What Is the Gap?
38
38
39
41
44
4.5 Summary
47
5 Priorities for Standardization and Guidance for BIM Adoption and
Implementation in the Canadian Built Asset Industry
49
49
5.1 Operationalizing the Response
6 Conclusion
6.1 Limitations
56
57
Appendix A — Glossary of Terms
A.1 General Terminology
69
69
71
A.2 Noteworthy BIM Publications
Appendix B — Current International Initiatives for BIM Standardization and
Guidance (March 2022)
72
74
Appendix C — Non-Exhaustive List of Canadian NBPs
Appendix D — Non-Exhaustive List of federal, Provincial, and Municipal
Initiatives Addressing Key Drivers for Change in the Canadian
Built Asset Industry
76
csagroup.org
4
DIGITAL TRANSFORMATION IN THE CANADIAN BUILT ASSET INDUSTRY:
PRIORITIES FOR BIM POLICY, STANDARDIZATION, AND GUIDANCE
Executive Summary
As with all economic sectors in Canada, the built asset industry, which is responsible for planning, designing,
delivering, maintaining, and operating Canada’s built environment, is undergoing a digital transformation. This is an
opportunity for one of Canada’s most important economic sectors to revolutionize the way it operates, allowing it
to generate more value for Canadians by addressing current environmental, economic, and social crises. However,
enacting this digital transformation and reaping its benefits poses significant challenges. The research conducted
for this report developed a framework to identify
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