The document discusses Building Information Modeling (BIM) and its potential benefits and impacts. It notes that BIM can enable enhanced collaboration, improved project understanding, more accurate cost management, virtual design and construction, better client engagement, and elimination of waste. However, fully realizing these benefits requires the right collaborative mindset, technical capabilities, and project approach. The document also speculates how BIM could change the construction industry in the future through augmented reality, virtual worlds, and improved building performance data.
Call Girls In Majnu Ka Tilla 959961~3876 Shot 2000 Night 8000
BIM 4 UCLAN by @fairsnape
1.
2.
3. more than just an
INFORMATION MODEL
Martin Brown
Fairsnape
Improvement Strategist, Consultant and Advocate
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Living Building Challenge UK Ambassador
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Constructing Excellence Collaborative Working
Champion
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Chair Lancashire Construction
Best Practice Club
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Co-Founder BE2 martin brown
fairsnape@gmail.com
@fairsnape
Blog www.fairsnape.com
8. Increased building and component complexity
New (unnecessary?) complex building systems
Increased process complexity
Increased organisation complexity
Complex production systems
Ineffective production systems
Factors
:
9. Ineffective production systems
… cause Waste: (MUDA)
• Waiting - information, materials, etc.
• Reworking
• Moving
• Work in progress
• Over-production
• Unnecessary processing
• Transfer of materials (double-handling)
• Products that do not meet requirement
14. To produce the right product at the
right time in the right quantity for
the customer and to produce exactly what
you need and nothing more…
Taiichi Ohno, Toyota
‘Lean’ Thinking
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What is BIM?
Building Information Model
Building Information Modelling
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“the total, collaborative and
virtual modelling of all
aspects of a facility prior to
construction, during
construction and in use.”
Martin Brown
What is BIM?
18. "BIM use requires skills and
a mindset that allow us to
work productively and
effectively in a
collaborative setting"
Randy Deutsch
What is BIM?
23. Coordinating Rebar Around Steel
Ongoing steel fabrication put on hold
After 3 weeks of coordination and approval, fabrication resumed
without schedule delay
Slide Source
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BIM: a continuation of our
collaborative working journey
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Building Down Barriers
Understand Value
Relationships
Integrated Working
Collaborative Costing
Continuous Improvement
People
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1.Collaborative Mindset
2. Technical Capabilities
3. Maturity of the client
4. Procurement route
5. Programme v model detail
BIM
Constraints
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1. Enhanced collaboration
2. Improved project understanding
3. More accurate and efficient cost management
4. Virtual design and construction
5. Client engagement and relationships
6. Elimination of MUDA (waste and non-value
adding activities)
BIM
Benefits
48. martin brown @ fairsnape
1. Enhanced collaboration
2. Improved project understanding
3. More accurate and efficient cost management
4. Virtual design and construction
5. Client engagement and relationships
6. Elimination of MUDA (waste and non-value
adding activities)
BIM
Benefits
54. Water Construction
Pipe Lane BB7 2RE
£1.6m
34 weeks
CO2 46T/£100k
AFR: 2.3
Waste: 6T/£100k
performance
safety
maintenance
BIM and
Augmented Reality
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How COULD BIM change
our industry?
How WILL BIM change the
built environment?
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references
#BIM on twitter (#BIM4SME’s)
BIM Task Group http://www.bimtaskgroup.org/
Blogs eg www.fairsnape.com
ThinkBIM Events #TBim2013
BIM For Specialists
Government Construction Strategy
Be Valuable / Building Down Barriers
Slideshare: eg http://www.slideshare.net/fspres
58. martin brown @ fairsnape
Credits:
Inspiration, Quotes, Images and Slides ‘borrowed’ from
Randy Deutsch
Nathan Wood DPR
Rafael Sachs, Israel Institute of Technology
Mark Stodgell, NW BIM Regional Hub
IBEPartnership
Paul Wilkinson
Notas del editor
Kings cross designed through BIM ?
Kings Cross designed by wizards, BIM enables us to go beyond …
Complex buildings – how did we communicate this in 2D and schedules? Why we have so many errors?
Fastes rate of construction – hasn’ t been beaten – WHY?
80 years later – whats the difference, why is the rate of construction so much slower, more costly?
Root cause of all construction errors?
Understanding lean helps us understand BIM
Can we say this for construction – Honda 6 sigma = 99.8% Construction 65% ?
Explain level one, two and three
Concept that the thought process when building a model should be the same as if you were building it physically in the field. When we started drywall modeling, we quickly realized that having a young tech savvy engineer fresh out of school modeling drywall wasn’t adding much value to the field. Sure we built a wall that is clash free, but it wasn’t necessarily detailed in the way that is more efficient to be built. By brining in field foremen to learn how to model and bring their field experience into the model, we drove a10-15% increase in field efficiency.
Actual v design – does it matter?
Planning and avoiding clashes and problems before getting to site
Easy take offs, easy construction, easy material ordering, easy checking
All tools, either for authoring or co-ordination
People 90%
So the PAS is out – what the government
Our simplified version Left 2d CAD – very much same workflows and methods as the traditional hand drawn world with a few layering and deletion benefits. I've spared you the old slide of the cut finger Level 1 BIM – is lonely BIM – using all the benefits of co-ordinated 3d CAD modelling but independently of others. The deliverables are the same 2d drawings and schedules but de-risked through co-ordination of plans sections and elevations and to some extend more efficient. Level 2 BIM – is collaborative BIM – the same as level 1 but more data rich and is defined by co-ordination between disciplines. There is also a new deliverable – COBie – see later. Level 3 BIM is Integrated BIM where the deliverable becomes the model itself and is utilised throughout the life of the building. At present Level 3 BIM is a pipedream, it is not even defined properly. Why the Government as mandated level 2 as being just right
To help you on the journey to Level 2. Level 0 Paper based work gradually moving towards 2D CAD. E-mail came along. Took us 15 years to catch up with these new techniques . 95% of users used 2D CAD with little or no co-ordination benefit. Insular. Wasted resource in creating and re-creating information. Level 1 Level 1 saw the emergence of standards such as BS, CPIC and Avanti. Better information structure could be ased on these standardsand had the potential to remove error and reduce waste.
One of the most powerful use is the virtual builds prior to real builds, and the ability for future end users to shape the build and facility. Aloft hotels here is a good case study.
For architecture, visualisation of yet to be built projects, linking AR to BIM …
For construction, visual search of construction performance, (waste, co2, safety, progress) For fm, mashing service routes onto webcam for safety and avoiding clashes