4. The information revolution
• More than 30 billion items are shared by Facebook every month
• Data production will be 44 times greater in 2020 than 2009
• In 2015 20% of data produced will live in or pass through the cloud.
• Before 2003, 5 exabytes of information had been generated, this amount is now
created every two days.
*1 EB = 1,000,000 terabytes
Source IDC/CSC
18. Information – the government strategy
• By April 2016 - All centrally procured projects to achieve Level 2 BIM.
- move from just geometry to 3D geometry AND the information behind it
- level 2 BIM - a managed 3D environment with data held in separate BIM
tools.
- information collected digitally at various stages of a project.
• Digital geometry + Digital information in an open standard (COBie).
(Level 3 BIM is a single BIM model created through integration of the
information in all BIM tools.)
19. BIM progress
• Early adopter projects underway.
• Reported savings so far of 18%
• Roll out of BIM to other central departments.
• For the MOJ BIM is becoming ‘business as usual’
• Focus is now on BIM implementation.
21. Classification
The purpose of a classification:
−Information can be found and retrieved very easily.
−The rules (its taxonomy) are easy to understand and apply.
−Information can be added following these rules to ensure it appears in
the correct place.
−There is ideally no limit to the information that the classification can
accommodate.
−Information can be referenced.
−Information is maintained.
23. Uniclass
Difficulties with current version
• It’s out of date
• Tables are not aligned to one another
• Inconsistent approach
• Inconsistent coding
• Doesn't support BIM, the project timeline or the draw-
specify, design-document approach.
25. What can Uniclass 2 do for you?
−Arrange information about a particular topic
−Coordinate and disseminate information
−Find and understand information
−Join like information together
30. Beyond Level 2 BIM – What are the information Challenges
• Terminology
Properties, attributes and names vary and can not be reliably
exchanged across different platforms, disciplines and jurisdictions.
• BIM content needs to be
Open
Accessible
Standardised
Structured
Controlled and understood
31. Challenges
• Product information
Inconsistent
Generally incompatible with BIM
Difficult to review, compare, update and share digitally
• Classification of information
Different countries use different classifications
Different classifications aren’t connected
33. buildingSMART Technology
• Industry Foundation Classes (IFC)
• Information Delivery Manual (IDM)
• Data Dictionary – (DD) the meaning of information that is exchanged.
34. buildingSMART Technology
• Industry Foundation Classes (IFC)
• Information Delivery Manual (IDM)
• Data Dictionary – (DD) the meaning of information that is exchanged.
IFC
Software
A
Software
B
Software
C
Software
D
35. buildingSMART Technology
• Industry Foundation Classes (IFC)
• Information Delivery Manual (IDM)
• Data Dictionary – (DD) the meaning of information that is exchanged.
IFC
Software
A
Software
B
Software
C
Software
D
36. buildingSMART Technology
• Industry Foundation Classes (IFC)
• Information Delivery Manual (IDM)
• Data Dictionary – (DD) the meaning of information that is
exchanged.
IFC
Length
Cost
Capacity
Fire
rating
39. buildingSMART Data Dictionary
−The dictionary concerns itself with the meaning of things rather than the
naming of things.
Earth relocating
implement
I actually prefer
to be called
Steve
Spade Shovel
49. Summary
• BIM is moving fast in the UK.
• High quality digital information that is structured and
connected is the future.
• Collecting and connecting information in an open accessible
manner enable comparison, analysis and review.
50. Summary
• Digital information will be used exclusively for electronic
transactions.
• Data is moving from collection to connection
• Information will become insight
• Analysis will become prediction
• Early adopter project success so far indicates that the UK is
on the right track.