A journey towards sector digitisation - BSI...
Transcript of A journey towards sector digitisation - BSI...
Building Information Modelling
(BIM) is being adopted around the
world, governments are providing
financial stimulus and creating
mandates for BIM deliverables, and
project delivery methods are
changing. This presentation will
discuss why “It’s not a matter of if,
but when your firm will implement BIM".
Virtual Asset Lifecycle Modelling:
Allows the virtual production, analysis, evaluation and optimaldevelopment of an asset in a digital environment that mimics the
understanding and behaviour of the solution to the realization of thatsolution in reality.
Build Better Before Built
Digital Briefing
& Digital
Procurement
Optimised
Operation
Copyright: D.Philp
Concurrent Engineering:
Towards and integrated digital solution
The principle of Integrated Concurrent Engineering (ICE) to collocate a multidisciplinary team of domain experts and to use fast technical and
social integration to reduce the time required to answer each question, or latency.
Stanford Uni (CIFE)
Copyright: D.Philp
Performance improvement• Reduce delivery risk,
increasing business margins
• Transact upon BIM data
• Optimise asset performance,
Competitive advantage• Helps to win more
• Competitors are also
developing their own BIM
models / capabilities
It is what is expected of industry
• More for less – the demand
on our industry to be more
efficient
• Need to be a leader in
delivering industry change
and improvement
60%
40%
WHY BIM
PUSH
PULL
Client demand
Clients
(private and public sector)
are demanding it
(as a vanilla offering)
BIM Motivation
The digital client:Defining computer readable / query-able asset data (computational requirements)
The digital designer:Driven by optimising the operational outcomesof an asset both FM and social outcome
The digital contractor (integrator):Integrated concurrent engineering using real timedata flows and agile processes
The digital FM provider:Real time post occupancy evaluationScenario based asset management
BIM is helping reimagine a built environment in a digital context
Serious gaming helping shape serious outcomes
Business ModelSimulation:Virtually test business workflows.
Prototype and test the shop floor
Reference: Prof. Arch. Angelo Ciribini &
Prof David Philp
Level 2 BIM: a minimum standard“Level 2 BIM maturity is a series of domain and collaborative federated
models, consisting of both 3D geometrical and non-graphical data,
prepared by different parties during the project life-cycle within the context
of a common data environment. The project participants provide defined,
validated outputs via digital data transactions using proprietary
information exchanges between various systems in a structured and
reusable form.”
Civil TeamServices Team
Construction Team Operational Team
Surveying Team
1. Capability to
deliver
2. Defined information
requirements
6. Agreed data
exchange standard
4. Agreed model outputs
5. Defined process for
information delivery
3. Right to use
the data
Clients need to become good at buying their digital data
What do we procure when using BIM?
Requirement Mechanism
1. Capability to deliver PAS 91 and ITT
2. Defined Information
Requirements
Employer’s Information
Requirements
3. Right to use data BIM Protocol
4. Agreed model outputs Protocol Appendix 1
5. Defined process for delivery Information Manager
6. Agreed data exchange Protocol Appendix 2
TRADITIONAL VS BIM LIFECYCLE
TRADITIONAL WORKFLOWSBIM WORKFLOW
CLIENTS BUYING THEIR DATA ONLY ONCE
And using it to makeEarlier and more well
Informed decisions
Plain language questions
(PLQ’s) to inform key
client decisions
COBie Data
2D PDF’s
(Native models)
Plain
language
questions
(PLQ’s) to
inform key
client
decisions
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Appropriate LOD Appropriate LOI Appropriate
Exchange Formats
Use case for the data: AIM data or supporting a PLQdata
drop
Suitable means of validating the data sets Appropriate
Classification & Mapping
Timing of
Transaction
Defined
Responsibility Assignment Matrix (RACI).
What does a well defined data drop look like? Copyright: D.Philp
PAS1192:2 Capital Delivery PAS1192:3 Operational Delivery BIM Protocol
Government Soft Landings
BS 1192:4 Cobie
STANDARDS HELP CONSISTENCY AND ADOPTION
Level 2 maturity, enabling processes:
PAS 1192-2:2013
PAS 1192-3:2014
BS 1192-4
PAS 1192 – 5 (under development)
BS 8541-1:2012
BS 8541-2:2011
BS 8541-3:2012
BS 8541-4:2012
Government Soft Landings
(to be replaced by a BS)
Level 2 maturity, supporting tools :
CIC Scope of Services, First Edition, 2007Outline Scope of Services for the Role of Information Management, First Edition, 2013CIC BIM Protocol, First Edition, 2013Employer’s Information RequirementsInstitutional plans of work (inc RIBA Plan of Work 2013)Classification systems (under development)Digital Plan of Work (under development)CPix BIM Execution Plan TemplatesPAS91: 2012
These build upon the Level 1 maturity processes which consist of:BS 1192:2007BS 7000-4:1996A
Construction 2025…
HM Government 2013Industrial Strategy: government and industry in partnership
Towards a Digitally Built BritainWith 21st Century Assets
A sector that is technologicallyadvanced
Stimulating behavioural change within the industry
Social
Level 4
Outcomes
Level 3
Operational ££
Performance ££
OPEX£
With level 2 there is limited functionality for delivery of operational data sets and integration
of telemetry. Level 3 will address these in sector delivery and operational stages, with a
focus on enabling total cost and carbon outputs.
Performance and operation of assets
Level 3 – Digital Built Britain
We are thinking about :
Embedded sensors, Interface systems, Interoperability of Operating systems,
Data Storage and Exchange, Ontologies, Integrated Contracts
Level 3 – The Internet of Things
Physical assets: Buildings / Roads / Rail / Energy
Utilities etc.
Asset senor systems / Telemetry
Digitised asset models (BIM / GIS / CAFM / AMS )
Smart asset users
Open City / Asset Data
UI / Data Analytics
Pe
rfo
rma
nce
& O
pe
rati
on
al D
ata
Ge
og
rap
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igit
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ata
Re
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va
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Tim
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erv
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De
ma
nd
Ev
alu
ati
on
Rapid /
Real-time:
Adaption &
Refinement
Demand / Performance Based financing and procurement models
Relational data
External reference data
bases:
Environment /
Weather / Crime etc.
Crowd sourced data
Mobile interfaces
Pro
ba
bil
isti
c si
mu
lati
on
mo
de
llin
g
Performance
Optimisation
Sharing economy: commercial space “hoteling”
Click to procure
Behavioural data
En
erg
y /
Sm
art
gri
d d
ata
Tra
nsp
ort
ati
on
Da
ta
En
vir
on
me
nta
l D
ata
Copyright: David Philp
Additive Manufacture
Source: Prof Behrokh Khoshnevis
University of Southern California
Our new colleagues – a robotic future?
DISCOVERY ALPHA BETA LIVE
Understand the purpose
of the mission
Start with the end in mind –
operational outcomes
Define the information led
decision points and
PLQs
Prescribe the data needs
(what data do I know I want?)
Create a climate for integration
and innovation
What data do I already have?
BUYING YOUR (VALIDATED) DATA ONCE
MIDP – well defined
(LOD/LOI)
Build digital prototypes
Design with data
Test it with others
(soft landings)
Query it – did it validate your
PLQs?
Set up a Big Room or CAVE
Try some ICE! (integrated
Concurrent Engineering)
Prepare and issue a well
prepared EIR
Test the supply chains
capability to delivery digital
Information requirements
Appoint a Soft Landings
Champions
Inject requirements into the
Scope of service
Agree the project BEP
Build for inclusion (open data
standards)
REALISING THE DIGITAL TRANSFORMATION: LESSONS LEARNED
Did you get the data you
wanted?
Who’s going to maintain it?
Data refresh and media cycles
Get your data into a CAFM /
AMS system
Learn from your assets (POE)
Copyright: D.Philp
Copyright: D.Philp