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Transcript of Welcome to BSI Construction Forum · BSI Construction Forum 2016 ... Speed of decision-making? ......
1
Welcome to
BSI Construction Forum
18 October 2016
2
NOW
The construction puzzle
Make everyone work
collaboratively
Make every piece fit
Make every project work as
intended
3
NOW
Currently we draw every project 2.5 times
and construct it 1.5 times
4
BSI Construction Forum 2016
Standards support the industry. This has never been so important.
Products Manufacturing and Construction depend on it. BSI is a world leader.
We have-
Simon Rawlinson and Richard Collin
Brexit and CPR
Peter Wilkinson and Martin Weller
Fire Safety Engineering and Fire Safety
Simon Rawlinson and Kieran Parkinson
BIM and Digitalisation
Q&A
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Brexit and implications for construction
Simon Rawlinson,
Head of Strategic Research and Insight, Arcadis
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Brexit and the implications for construction
• Post-Brexit Scenarios
• Impact on the UK’s ranking as an Investment Destination
• Impact on the UK’s capacity to deliver
• The Post Brexit Opportunity
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Post-Brexit Scenarios: We know but we don’t know
2016 2017 2018 2019 2020
Referendum Article 50 triggered March
2017
Negotiations last at least 2 years.
Duration of transitional arrangements unknown
Key External Events
• US Election November 2016
• Article 50 trigger date March 2017
• French Election April/May 2017
• German Election September 2017
Key Internal Events
• Civil Service Mobilisation/Organisation
• Negotiation Strategy/Plan Formation
• Party and Parliamentary Politics
• Local Government Elections
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Likely Scenarios?
Hard? Soft?
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Likely Scenario - Soft
£35 to £66bn?
Negotiated Outcome?
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Different perspectives
Investment Management outlook
Banking outlook
Consumer confidence
Stock markets
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The Arcadis perspective
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Prospects for Post Brexit Infrastructure investment Attraction to investors – UK ranking
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9th best ranked country
Attraction to investors – UK Ranking
3rd for investment risk
21st for economic growth
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14 November 2016
Implications for the UK
Impact of Brexit?
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Attraction to investors – the GII
Economic growth
Risk profile
Business environment
Infrastructure
Financial resources
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Departmental reorganisation
Industrial Strategy
Land Registry Privatisation
Prisons transform-
ation
Regional devolution
deals HS2
Hybrid Bill
Housing Crisis
Digital Economy
Bill
Steel Industry rescue
Airport expansion
UK Carbon Plan
Gov’t Property Strategy
Westminster redevelopment
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Speed of decision-making?
14 November 2016 18 Delays to the current NIDP worth £30bn over 5 years
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Access to people?
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Access to finance?
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The Post Brexit opportunity Aspects of construction practice impacted by Brexit
• Procurement
• State aid and public subsidy
• Building regulations including environmental standards
• Design codes and product standards
• Appointments and contracts
• Labour law including movement of labour
• Waste management regulations
• Operational performance standards
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Breaking out of our Productivity Trap
• Certainty of workload
• Scale and fragmentation
• Profitability
• External threat
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What our future should be
Digital
Manufactured
Delivering Performance
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Pre-Brexit To Do List
• Support your people and your clients
• Identify and mitigate impact on existing business arrangements
• Scenario plan
• Identify and implement Post-Brexit game-changers
Pre-Brexit avoid list
• Being passive
• Business as usual thinking
• Contractual game-playing or inappropriate risk-transfer
• Putting-off change
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Standards and Brexit
Richard Collin Head of European and National Policy, BSI
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• In the short-medium term:
• Business as usual while the UK is still an EU Member State (till March 2019?)
• BSI and UK experts continue to play a full role in the governance and in the technical work of the European standards organizations
• Post-Brexit, there will be no change in:
• UK involvement in international standards from ISO and IEC
• UK involvement in ETSI, either directly as members or through BSI as NSO for its European standards
What does Brexit mean for standards and BSI?
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• All full members adopt the single standard model: one standard across 33 countries for
each aspect of a product or service that is standardized
• UK influence over European standards is high:
• BSI provides over 80 Technical Committee secretariats in CEN and CENELEC
• UK experts provide hundreds of committee chairs and working group convenors in CEN and
CENELEC
• BSI participates in all governance levels of CEN and CENELEC
European standards from CEN and CENELEC – and BSI
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• BSI’s ambition is to remain a full member of CEN and CENELEC, post-Brexit, enabling UK
experts to continue to influence the content of standards used across Europe.
• This requires UK government not to take any action to prejudice BSI’s full membership and
may necessitate a change to the statutes of CEN and CENELEC.
• On what do we base this ambition?
• CEN and CENELEC are not agencies of the EU
• Full membership is broader than the EU
• Standards are tools of the market for voluntary use
• Broad industry and other stakeholder support
BSI’s ambition post-Brexit
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• We have reassured UK experts of BSI’s ongoing commitment to support their work in
European and international standards development
• We have a dedicated email address for Brexit issues and are attending events and
committee meetings
• We are in dialogue with key stakeholder groups to share and confirm our position
• We have confirmed with other NSBs in Europe that we intend to continue full
membership of CEN and CENELEC
• We are working with UK Government including BEIS, DExEU and DIT
BSI’s response to Brexit vote
Find out more: [email protected]
www.bsigroup.com/EUReferendum
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Fire safety engineering:
The development of BS 7974
Dr Peter Wilkinson
Chairman, FSH/24 Technical Committee
Director, Pyrology Limited
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Definition
What is fire engineering?
• Application of scientific and engineering principles, rules, and expert judgement, based on an understanding of the phenomena and effects of fire and the reaction and behaviour of people to fire, to protect people, property and the environment from the destructive effects of fire.
- Institution of Fire Engineers
• Use of engineering principles for the achievement of fire safety.
- PD7974-3:2003
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Fire engineering origins
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Development of a fire engineering code
• DD 240
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FSH/24 Fire Safety Engineering
• The national committee for fire safety engineering standardisation.
• Provides UK input into CEN and ISO committees in this area
• Includes representatives from all organizations involved in this subject
• Maintains BS 7974 and its PD documents.
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Development of a fire engineering code
BS 7974:
• PD 0: Design framework • PD 1: Initiation and development of fire within the enclosure of origin; • PD 2: Spread of smoke within and beyond the enclosure of origin; • PD 3: Structural response • PD 4: Detection of fire and activation of fire protection systems; • PD 5: Fire service intervention; • PD 6: Evacuation; • PD 7: Probabilistic fire risk assessment; • PD 8: Property protection, business and mission continuity, and resilience.
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Fire engineering today
• Allows innovative design
• New applications • Super tall buildings
• Sustainable buildings
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Definition
• What is engineering?
... the art of modelling materials we do not wholly understand, into shapes we can not precisely analyse, so as to withstand forces we can not properly assess, in such a way that the public at large has no reason to suspect the extent of our ignorance.
- President of Institution of Civil Engineers 1946
Find out more: Pyrology Limited, www.pyrology.co.uk
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Fire safety:
BS 9999 – 2016 update
Martin Weller
Associate Director, Atkins
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Purpose
Aims:
• Revise and update to reflect current good practice
• Address some of the issues that have become apparent since first publication
• Revision, not a complete re-write
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Draft for public comment
• March – May 2016
• Over 600 comments – panel are working through them now
• Many constructive comments received and taken on board to improve the standard
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Main changes
• General Principles section altered to bolster advice on ‘cherry picking’
• Advice on how to apply the standard to a typical design process (references RIBA Design Plan 2013)
• Removal of text now covered by BS 9991(Fire safety in the design, management and use of residential buildings)
• Significant alteration to and simplification of guidance on management – now references PAS 7: 2013 (Fire risk management system. Specification)
• Incorporation of EN performance criteria for PFP – altered approach from “tested” to “classified” against the EN Product Standards
• Improved guidance on fire resisting / smoke resisting ducts and dampers
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Main changes cont.
• Atrium annex simplified and refined (but acknowledged that this could benefit from more work)
• Recognition of watermist (compliant with BS 8489-1) as an alternative to sprinklers in some situations
• Enhanced guidance on inclusive design (especially as regards means of escape and evacuation lifts)
• Clarification on power supplies for evacuation lifts
43
Summary
BS 9999 has been extensively ‘tested’ over the last 8 years…
• Some issues have been identified (472 comments on the 2008 edition and 623 on the DPC)
• 2016 version seeks to address those issues
• Evolution, not revolution
• Further work: Atrium annex; separate standards for category ‘E’ occupancies (occupants in transit).
44
BIM and digitalisation:
The challenge of BIM implementation
Simon Rawlinson,
Head of Strategic Research and Insight, Arcadis
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Building Blocks of BIM Implementation
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What defines the destination?
• Business as Usual • Consistent • Info-centric • Verified • Valuable
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What does this mean in practice?
Consistency
• Shared standards and common
language
• Shared expectations – outputs and process
• Common roles and responsibilities
• Common expectations - using models and data
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What does this mean in practice?
Info-centric
• Knowing how data and models
will be used
• Capable of procuring required data
• Ready exchange of data and information
• Willingness to repurpose data
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What does this mean in practice?
14 November 2016 49
Verified
• Knowing what data can be used
for
• Knowing what data is required
• Business as usual quality control processes
• Ability to test completeness and coordination of model data
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What does this mean in practice?
Business as Usual
• Adopted by a large body of
clients and project teams
• Used as a matter of course
• Adapted to meet the context of the project
• Progressively improved to optimise practice and process
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Business as Usual in BIM
Enablers
Culture Behaviours, Change Leadership
Technology Data Management Systems
Open Data Standards, Process and
Protocols
Benefits Realisation – KPIs – Continuous Improvement
Utilising and maintaining
digital information
Identifying the need for
information
Specifying & procuring digital
information
Creating and exchanging
digital information
BIM Activities
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BIM Best Practice? How will we get there?
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Level 2 – the Essentials
• Information requirements
• Asset Information and Project Information Models
• Plain Language Questions and data queries
• Common Data Environment
• Standard Methods and Procedures
• BIM Execution Plan
• BIM Toolkit
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Level 2 – the Essentials
1. Information requirements
“Empowers the client to define how they want information to add value to
their project”
• Organisation Information Requirements • Asset management strategy
• Risk-based condition management
• Asset Information Requirements • Operational data including Planned Preventative Maintenance
• Management data including description, condition and performance
• Employer’s Information Requirements • Technical including information exchange standards
• Commercial including intended uses for models
• Management including clash detection and coordination
PAS 1192:2
PAS 1192:3
PAS 1192:5
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Level 2 – the Essentials
2. Asset Information Model and Project Information Model
“Brings together all relevant information and data in a managed
environment”
• All project and asset data in a managed repository
• Not just BIM models! • Geometry
• Design and construction data
• Asset, and asset condition, operations and performance data
• Single version of the truth
• Facilitated by: • Common data environment – workflow and storage
• Information delivery planning – MIDP and TIDP
• Managed data exchange - COBie
PAS 1192:2
PAS 1192:3
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Level 2 – the Essentials
3. Plain Language Questions and Data Queries
“Links granular data to the business needs of the owner”
PAS 1192:2
PAS 1192:3
BIM Toolkit
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Level 2 – the Essentials
3. Plain Language Questions and Data Queries
“Links granular data to the business needs of the owner”
• Plain language question defines the purpose for the data
• “Does the design meet the requirements of the brief”
• “Is the solution compliant with regulatory requirement”
• Data will demonstrate the PLQ conditions are met • e.g. Floor area, cost and programme all aligned with brief
• Data deliverables are defined in the BIM toolkit
• The detail provided in response is determined by the Project Stage
• Data can be derived from reports as well as directly from models
PAS 1192:2
PAS 1192:3
BIM Toolkit
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Level 2 – the Essentials
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Level 2 – the Essentials
4. Common Data Environment
“Provides the workspace and processes to enable effective
collaboration”
• Shared file exchange environment, such as a project collaboration site
• Ownership of data in accordance with contracts
• Collaborative use of data managed in accordance with data and project
stage • e.g. Work in progress, Shared, Published
• Stage gates facilitate quality control and managed approvals • e.g. Suitability, compliance and completeness checking prior to status change
PAS 1192:2
PAS 1192:3
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Level 2 – the Essentials
4. Common Data Environment
PAS 1192:2
PAS 1192:3
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• Building blocks for effective sharing and collaboration
• Adopted by all of the team
• Encouraged using contractual measures
• Common Data Environment Standards
• Details of Model Libraries
• Agreed file formats
• Agreed naming conventions
• Agreed units, symbols
• Agreed coordinates and zoning conventions
• Project Procedures including model exchange
Level 2 – the Essentials
5. Standard Methods and Procedures “Requires project teams to adopt common ways of working to enable
effective collaboration”
BS 1192:2007
PAS 1192:2
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• Pre and Post-appointment versions, so an important capability
statement
• Part of the wider Project Execution Plan
• Drives consistency into a Project Supply Chain
• Roles and responsibilities
• Information Model delivery plan including TIDP and MIDP
• Common modelling and collaboration processes
• Agreed standard methods and procedures
• Agreed IT solution – e.g. software versions
Level 2 – the Essentials
6. BIM Execution Plan “Used by suppliers to demonstrate and manage processes to
meet expectations set out in the Information Requirements”
PAS 1192:2
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Level 2 – the Essentials
7. BIM Toolkit
“Provides process backbone to enable the
implementation of consistent, repeatable BIM”
• Data classification and structure
• Links scope of an appointment to the BIM information needed at
a project stage
• Provides definitive definition of levels of design detail
• Provides definitive definition of levels of specification detail
• Facilitates testing the content of models against the defined
scope
BIM Toolkit
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Level 2 – the Essentials
7. BIM Toolkit
“Provides process backbone to enable the implementation
of consistent, repeatable BIM”
BIM Toolkit
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“How to” Level 2 Guidance
www.bim-level2.org
• Level 2 BIM definition
• Level 2 processes and tools
• Operational Management of Assets
• Project and Programme Briefing
• Asset and Data Security
• Demystifying Level 2 Data
• Procurement of Systems
• Level 2 for Products and Components
• Level 2 for Sub-contractors
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Level 3 – where will it take us?
68
What is the current Level 2 journey?
2. More emphasis on Opex
3. Integration across portfolios of assets
4. Creation of markets for data analytics
1. Creation of a hierarchy of data for different purposes
Source: Bew
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Where could level 3 take us?
1. Extension of IM into asset performance
2. Use of performance data to optimise operation
3. Feedback of performance into
design and assembly
Performance
70
Dependency Analytics
Asset Operations Management
Open Data
- data.gov
Maintenance
Portfolio Management
Smart City
Strategy
Portfolio Management
Smart Grid
Strategy
Dependency Analy
tics
Using
BIG D
ata
Water
Power
Buildings
People
Interoperable
Cross Sector Smart Cities &
Grids
Red titles indicate integration with
existing sector “Industrial
Strategies”
Transportation
Open Source & Data to
Encourage innovation and
growth in the technology, HPC
and Build Environment Markets
Performance
Management
Operational
Activity
Building Information Modelling
© Bew 2013
Design & Construction
Portfolio Management
Smart City
Strategy
Capital
Delivery
5 N N N IP
Data
Occ
Data
4 3 2 1 0
Asset Performance Management
Operation & Performance
X
Key
Formal Data Exchange
Key Business Driver
(Decision)
Destination - Smart Infrastructure
71
Key takeaways
Understand your journey and your business as usual
Shift from Object-centric to Info-centric
Role of Tools and Standards
Employer-led and supplier enabled
Treat as an ongoing change programme
72 Copyright © 2016 BSI. All rights reserved.
BSI: Setting involved with standards
Kieran Parkinson,
Market Development Manager, BSI
73
BSI: the UK’s National Standards Body
NSB
Develop UK Standards
UK focus or European/
international standards
Publish and promote standards
Review standards
Address concerns
about standards
74
What are standards?
Voluntarily developed
Developed by experts
Consensus-based
Documented good practice
Tested against
Voluntarily applied
Terminology
Guidance
Code of Practice
Specification
Test method
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BSI Committee
Consumer bodies
Standards users
Institutions
Research organizations
Education and Academia
Government departments
Enforcement and
certification bodies
Trade associations and unions
Secretary
Chairman
BSI committees
78
How to get involved?
• Become a BSI Committee Member • Access to committee website
• Access to committee member training
• Visit www.standardsdevelopment.bsigroup.com • Suggest new standards
• Comment on new proposals
• Comment on drafts
• Email: [email protected]
79
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