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© 2010 Autodesk
Begin with the End in Mind(A Guide for Successful BIM / Lifecycle Integration)
Chuck Mies, LEED AP, Assoc. AIABusiness Development Manager, AEC DivisionAutodesk, Inc.
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© 2010 Autodesk
“Begin with the end in mind” is based on the principle that all things are created twice.
There’s a mental or first creation, and a physical or second creation to all things.
Stephen R. Covey – Author“The Seven Habits of Highly Effective People”
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© 2010 Autodesk
Disclaimer
We may make statements regarding planned or future development efforts for our existing or new products and
services. These statements are not intended to be a promise or guarantee of future delivery of products, services or
features but merely reflect our current plans, which may change. Purchasing decisions should not be made based
upon reliance on these statements.
The Company assumes no obligation to update these forward-looking statements to reflect events that occur or
circumstances that exist or change after the date on which they were made.
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© 2010 Autodesk
Agenda
Current Opportunity
Application of BIMBuilding Information Modeling
Key ComponentsStandardized DataUse Case Understanding
Technological Strategies
Industry Readiness
Deliverable Standards
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© 2010 Autodesk
Collaboration (Noun)
1. act of cooperating traitorously with an enemy that is occupying your country
2. act of working jointly; “they worked either in collaboration or independently”
Source: Wordreference.com
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Information technologies have transformed many aspects of our daily lives and revolutionized industries in both the
manufacturing and service sectors.
Within the construction industry, the changes have so far been less radical. However, the use of information
technologies offers the potential for revolutionary change in the effectiveness with which construction-related activities
are executed and the value they add to construction industry stakeholders.
“Cost Analysis of Inadequate Interoperability inthe U.S. Capital Facilities Industry”
National Institute of Standards and TechnologyNIST GCR 04-867
Current Climate: NIST Report Executive SummaryIndustry Productivity
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In 2002, the value of capital facilities [ i.e. new construction and renovation] set in place in the United States was $374
billion.
This report …… estimates the cost of inadequate interoperability in the U.S. capital facilities industry to be
$15.8 billion per year [ ~4 ¼ % ]
Of these costs, two-thirds are borne by owners and operators, which incur most of these costs during ongoing
facility operation and maintenance (O&M).
“Cost Analysis of Inadequate Interoperability inthe U.S. Capital Facilities Industry”
National Institute of Standards and TechnologyNIST GCR 04-867
Current Climate: NIST Report Process Inefficiencies
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A lack of data standards inhibits the transfer of data.
Life-cycle management processes are fragmented and are not integrated across the project life cycle.
Interoperability issues arise since data is difficult to manage between differing applications and platforms:
Example: Making legacy CAD drawings consistent and as-built data available to newer programs.
NIST GCR 04-867KEY Sources of Interoperability
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NIST GCR 04-867Cost by Stakeholder / Phase
Total Value = $0.23 / sf / year
One Time
Recurring
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Sandia National Labs ExampleCost Recovery Possibilities
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© 2010 Autodesk
Agenda
Current Opportunity
Application of BIMBuilding Information Modeling
Key ComponentsStandardized DataUse Case Understanding
Technological Strategies
Industry Readiness
Deliverable Standards
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© 2010 Autodesk
BUILDERS
BUILDINGINFORMATION
MODELING ARCHITECTS
STRUCTURALENGINEERS
MEP SYSTEMSENGINEERS
OWNERS
Building Information ModelingDefinition
The creation and use of coordinated, internally consistent, computable information about a building project in design and construction.
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Room Number
Lifecycle Application – “What are the questions?”
Computable Building Information
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Room Name
Lifecycle Application – “What are the questions?”
Computable Building Information
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Floor Finish
Lifecycle Application – “What are the questions?”
Computable Building Information
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Square Footages
Lifecycle Application – “What are the questions?”
Computable Building Information
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© 2010 Autodesk
Better Data Integrity for LifecycleAutomatic Coordination (Addresses Interoperability)
Bi-Directional Data Exchange
Change it once Changes everywhere Graphical and Tabular Data
Update Together
Support for Lifecycle Data Design Team begins
Support for Lifecycle Support for Data
Initiatives (i.e. COBie)starts here
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Concept Completion
Information Starts in Conceptual DesignHow BIM Differs from CAD for Lifecycle
Lifecycle Data Acquisition Starts
Early in Design (COBie, etc.)
Building Information Modeling
“Digital Divide”“Digital Divide”
CADObject CAD
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© 2010 Autodesk
Agenda
Current Opportunity
Application of BIMBuilding Information Modeling
Key ComponentsStandardized DataUse Case Understanding
Technological Strategies
Industry Readiness
Deliverable Standards
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© 2010 Autodesk
CMMS – Computerized Maintenance Management Systems (work orders)
EDMS – Electronic Document Management Systems (document control and organization)
CAFM – Computer Aided Facility Management Systems (space management, planning)
EMS or BMS – Energy Management Systems or Building Management Systems (monitoring and alarms)
DefinitionsKey Lifecycle System Components
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Lifecycle Management Case StudyUniversity of Southern California – Center for the Cinematic Arts
Integration PossibilitiesRequire Standardized Data and
Understanding of End-User Issues
Integration PossibilitiesRequire Standardized Data and
Understanding of End-User Issues
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Possibilities Enabled by Standardized DataProof of Concept – System Integration Possibilities
What you are about to see is a proof of concept and DOES NOT represent any current or future
product development efforts by Autodesk, Inc.
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Possibilities Enabled by Standardized DataProof of Concept – System Integration Possibilities
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© 2010 Autodesk
Possibilities Enabled by Standardized DataProof of Concept – System Integration Possibilities
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Persona DevelopmentWho uses the Data – What Data do They Need
Efficiencies can be gained by integrating lifecycle systems
The Building Information Model can become a visual integrator of all those systems
In Order to Integrate, you must understand the “Personas” that will use the data What systems they touch. What their use-cases are.
Develop Role-BasedIntegrations
Sample Persona Courtesy USCAutode
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Persona DevelopmentWho uses the Data – What Data do They Need
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© 2010 Autodesk
Persona DevelopmentWho uses the Data – What Data do They Need
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Persona Development - USCUniversity HVAC Manager
Persona Courtesy University of Southern California, not for Distribution or ReuseAutode
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Persona Development - USCCommissioning Manager
Persona Courtesy University of Southern California, not for Distribution or ReuseAutode
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Persona Development - USCEnergy Management Administrator
Persona Courtesy University of Southern California, not for Distribution or ReuseAutode
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Persona Development - USCCAD Project Specialist
Persona Courtesy University of Southern California, not for Distribution or ReuseAutode
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© 2010 Autodesk
Agenda
Current Opportunity
Application of BIMBuilding Information Modeling
Key ComponentsStandardized DataUse Case Understanding
Technological Strategies
Industry Readiness
Deliverable Standards
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© 2010 Autodesk
Application of BIM: PartnershipAutodesk Building Industry Focus
Partnership Strategy - Integration / Open StandardsIntegration Launch Partners - FM:Systems, Vela Systems, IBM, JCI.
Open Standards - COBie Support, IFC OpensourcedADN Partners - Archibus, TMA Systems, AIM Assetworks, SiteFM, Ecodomus, Others
Conceptual Design
Detailed Design Analysis Documents
Visualization Fabrication Construction Own/Operate RenovationRetrofit
Autodesk Software Applications
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CAFM – Computer Aided Facility Management Systems (FM:Systems, Currently Available)
CMMS – Computerized Maintenance Management Systems (IBM Maximo, Near Future)
EMS or BMS – Energy Management Systems or Building Management Systems (Johnson Controls, Research Project)
EDMS – Electronic Document Management Systems (Future)
Using BIM Data DownstreamKey Lifecycle System Partnerships
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© 2010 Autodesk
Download FM:Interactplug‐in for Revit
Owner / Facility Manager views floor plan information in FM:Interact through web
browser
FM:InteractFM:Interact
Owner / Facility Manager views floor plan information in FM:Interact through web
browser
FM:Interact
Web Application
Web Application
Publish Revit building data and floor plans
to FM:Interactdatabase
Web Application
Publish Revit building data and floor plans
to FM:Interactdatabase
Map Revit Components to FM:Interact database
fields
Map Revit Components to FM:Interact database
fields
Once link is established and data mapped, Facility Manager can perform req’d tasks – space and occupancy analyses, coordination of office
moves, etc. Then update any changes back to Revit
Once link is established and data mapped, Facility Manager can perform req’d tasks – space and occupancy analyses, coordination of office
moves, etc. Then update any changes back to Revit
FirewallFirewallFirewall
Currently AvailableFM:Systems Direct Integration with Revit
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Currently AvailableFM:Systems Direct Integration with Revit
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Currently AvailableFM:Systems Direct Integration with Revit
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As‐Built / Owner Model
Changes in Maximo
updated inOwner Model
Blank Maximo Database
Populated Maximo Database
Navisworks in the cloud or desktop as a visual
explorer
Links between geometry and data
Export key Revit Data (COBie) for O&M
© 2010 Autodesk - CONFIDENTIAL
As‐Maintained Owner Model
Near FutureIBM Maximo Prototype Integration with Revit
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Near FutureIBM Maximo Prototype Integration with Revit
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© 2010 Autodesk
Near FutureIBM Maximo Prototype Integration with Revit
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© 2010 Autodesk
Prototype of EP Solution with
© 2010 Autodesk - CONFIDENTIAL
Research ProjectProject Dasher – Building Performance Research
VisualizationDashboard
BIM (REVIT)as‐maintain model Import Link
Sensor Networksystem hardware BMS Connector
Archival Database SaaS
Framework
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Research ProjectProject Dasher – Building Performance Research
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© 2010 Autodesk
Research Project Project Dasher – Building Performance Research
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© 2010 Autodesk
Agenda
Current Opportunity
Application of BIMBuilding Information Modeling
Key ComponentsStandardized DataUse Case Understanding
Technological Strategies
Industry Readiness
Deliverable Standards
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© 2010 Autodesk
McGraw Hill - SmartMarket Report Adoption Influence – Mixed Messages
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© 2010 Autodesk
McGraw Hill - SmartMarket Report Owners Have Responsibilities
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© 2010 Autodesk
Agenda
Current Opportunity
Application of BIMBuilding Information Modeling
Key ComponentsStandardized DataUse Case Understanding
Technological Strategies
Industry Readiness
Deliverable Standards
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© 2010 Autodesk
Ensuring Data FlowDeliverable Standards
Importance of Standards• Deliverable Standards set clear expectations for
consultants to deliver compliant data
• Owners need to give clear direction to achieve maximum return during the lifecycle
• Standards need to address not only data, but should address process also.
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Deliverable StandardsIndustry Examples and Resources
Organizational Guidelines (Process / Data / Execution) AIA E202 – BIM Protocol Exhibit
http://www.aiacontractdocuments.org/e202_faq.cfm
AGC ConsensusDOCS 301: BIM Addendumhttp://www.agc.org/cs/contracts
COBie (Whole Building Design Guide)http://www.wbdg.org/resources/cobie.php
National BIM Standard™http://www.wbdg.org/bim/nbims.php
Penn State BIM Project Execution Planning Guidehttp://www.engr.psu.edu/ae/cic/bimex/
Autodesk BIM Deployment Planhttp://www.autodesk.com/bimdeploymentplan PDF / DOC
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BIM Model LevelsAIA E202 Examples
AIA E202 – BIM Protocol Exhibit
Defines Level of Development of the model elements through the course of the Project.
Establishes protocols and responsibilities for the development of the Model throughout the course of the Project
Establish right of reliance on Model content as Project progresses
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BIM Model LevelsAIA E202 Examples
Courtesy of James Vandezande
All Things BIM Blog
http://allthingsbim.blogspot.com
AIA E202 – BIM Protocol Exhibit
LOD 100 - Essentially the equivalent of conceptual design, the model would consist of overall building massing and the downstream users are authorized to perform whole building types of analysis (volume, building orientation, cost per square foot, etc.)
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BIM Model LevelsAIA E202 Examples
Courtesy of James Vandezande
All Things BIM Blog
http://allthingsbim.blogspot.com
AIA E202 – BIM Protocol Exhibit
LOD 100 LOD 200 - Similar to schematic design or design development, the model would consist of "generalized systems or assemblies with approximate quantities, size, shape, location and orientation." Authorized uses would include "analysis of selected systems by application of generalized performance criteria."Auto
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BIM Model LevelsAIA E202 Examples
Courtesy of James Vandezande
All Things BIM Blog
http://allthingsbim.blogspot.com
AIA E202 – BIM Protocol Exhibit
LOD 100 LOD 200 LOD 300 - Model elements are suitable for the generation of traditional construction documents and shop drawings. As such, analysis and simulation is authorized for detailed elements and systems.
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BIM Model LevelsAIA E202 Examples
Courtesy of James Vandezande
All Things BIM Blog
http://allthingsbim.blogspot.com
AIA E202 – BIM Protocol Exhibit
LOD 100 LOD 200 LOD 300 LOD 400 - This level of development is considered to be suitable for fabrication and assembly. The Model Element Author for this LOD is most likely to be the trade contractor or fabricator.
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BIM Model LevelsAIA E202 Examples
Courtesy of James Vandezande
All Things BIM Blog
http://allthingsbim.blogspot.com
AIA E202 – BIM Protocol Exhibit
LOD 100 LOD 200 LOD 300 LOD 400 LOD 500 - The model is suitable for maintenance and operationsof the facility.The requirements for a LOD500 model should be driven by Lifecycle Applications, and could actually have less detail than a LOD 400 model.Auto
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BIM Model LevelsAIA E202 Examples
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Indiana University ExampleDeliverable Standards
http://www.indiana.edu/~uao/iubim.html
• IU BIM Requirements PresentationThe presentation by the University and their Representative (SHP Leading Design) on the means and methods of the standards
• IU BIM Guidelines and Standards for Architects, Engineers, & ContractorsThe actual guidelines that detail the requirements, levels of development, etc.
• IU BIM Proficiency MatrixA pre-selection document that assists IU in understanding the BIM Proficiency of the firms responding to the opportunity
• IU BIM Execution Plan TemplateWithin 30 Days of Award of Project, the winning team must complete this plan
• IU IPD TemplateIn all contractual models, IU requires IPD methodologies where and how possible
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© 2010 Autodesk
Key Take-Aways
• Begin with the End In Mind (Let’s Go Talk To Pete)• Research and develop the “Personas” of the end users• Understand their Business Issues and address them
• Develop Deliverable Standards• Address the workflows defined in the personas• Ask for only what is truly needed, avoid unnecessary weight• Address not just data, but also Process and Lifecycle
• You are in a unique position to drive industry• There are opportunities for leadership
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© 2010 Autodesk
Leadership is a matter of having people look at you and gain confidence, seeing how you react.
If you're in control, they're in control.
Tom LandryCoach – Dallas Cowboys
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© 2010 Autodesk
Thank You
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