A Standardized Structure for Defining and Managing BIM Project Deliverables

Transcription

1 A Standardized Structure for Defining and Managing BIM Project Deliverables Dianne Davis, CSI AEC Infosystems, Inc. CSI- Co-Chair OmniClass Development National BIM Standards North American IDM Coordinator Board Member BuildingSMART Alliance

2 A Standardized Structure for Defining and Managing BIM Project Deliverables BIM requirements of owners today Useful standards and tools to streamline BIM responses Move information from BIM proposal responses to BIM project data requirements

3 A Standardized Structure for Defining and Managing BIM Project Deliverables "Today's owners are interested in how a project is produced, the processes used, and the finished BIM product. This session will teach you how to recognize the different types of BIM requirements, how to budget and plan for BIM deliverables, and how to use public domain information to standardize your BIM offerings to meet client expectations and manage your project risk."

4 A Standardized Structure for Defining and Managing BIM Project Deliverables Dianne Davis, CSI AEC Infosystems, Inc. PH

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6 Execution Level of Detail Communication Conversation

7 Graphisoft Bentley Smithsonian Sutter Health Army Corps AutoDesk ConsensusDOCS

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10 Goals in Context of Expectation, Process and Data

11 BuildingSMART Appraisal Institute IFMA ANSI ConsensusDOCS WCAA CCIM

12 Stakeholder Expectations & Goals are Translated into Actionable Tasks and Responsible Parties Data & Geometry Standards are aligned to Level of Detail and Phases BIM Execution Plans Define the Uses and Interrelationships of People, Process, Data, Tools Modeling and Analysis Processes are Scheduled According to Project Priorities

13 End Product (BIM) Based Upon Focuses On BIM Execution Plan Creates An (Outcome Driven) Operational Environment for Team Stakeholder Expectation Defined in terms of Cost Schedule Performance Maintains Vision of Balances Defines A Structured Discovery Process, Decision Schedule, Outcome Documentation Unifies Identifies Enabling Products and Data Structures TEAM (Lingua Franca)

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18 Life Safety patterns represented in BIM Life Safety lines as required by the current VHA CAD Standard

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20 Theatre / World Country Installation / Region State / Province City / County Site Natural Asset Real Property Asset Air / Space Underground Water / Sea Land / Parcel Geospatial Information (GIS) Facility / Built Building BIM Structure System Space Overlay System Space Overlay Sub-Systems Level Sub-Systems Level Components Room Components Room Linear Structure Node Segment

21 Omniclass Table 11 (Construction Entity by Function) Building Type/Purpose WHAT Omniclass Table 12 (Construction Entity by Form) Building Type/Form WHAT Omniclass Table 41 Materials (what) Omniclass Table 49 Properties/Defining (what) Omniclass Table 21 Elements (legacy Uniformat) WHAT Omniclass Table 23 Products WHAT Omniclass Table 13 (Spaces by Function) Space type/purpose WHAT Omniclass Table 14 (Spaces by Form) Space type/form WHAT BUILDING Table 36 Attributes Metrics Sub-Systems (part of systems) Assets Business Groups Attributes IFC objects, relationships, space SYSTEMS Ex. Structural, MEP, Flooring, Ceiling, Exterior, Walls Level (Stories) Vertical Personnel Metrics Room Void OVERLAYS Typically associated with building hierarchy elements. Example Furniture Equipment Phone Example Space Assignment Business Group Example Marketing Administration Components SPACE-Vertical Horizontal, Empty Metrics Example Financial Classifications Zones Attributes Function Metrics Metrics Attributes Attributes Metrics SUI,CI Example Rentable Space Circulation Area Example Secure Areas Systems Example FCA,MDI

22 Omniclass Table 33 Disciplines/Expertise WHO Omniclass Table 34 Organizational Roles/responsibility WHO Omniclass Table 32 Services Activities/WHY Omniclass Table 07 Phases WHEN WHO (is requesting ) Actor Requesting Information to Support a Process or Decision (Authoritative Reference OMNI CLASS Table 33 & 34) WHY (project /process use or benefit ) Why is this information important for a project activity (Authoritative Reference OMNI CLASS - Table 32) WHEN (stage in project ) (Authoritative Reference OMNI -CLASS -Table 31) Table 31 is tied to Ifc Phases (Project Lifecycle ) Table 22 for Construction Phasing Omniclass Table 35 Tools/Supporting HOW Omniclass Table 22 Work Results/Quality HOW 4 WHAT Dataset in BIM that supports the request and benefit ) Because BIM use aggregates Information Several Tables Support this activity. Authoritative Reference OMNI -CLASS Tables 14, 21, 23, 41, 49. Omniclass Table 36 Information INPUT & OUTCOME 5 To WHOM Group /Actor that provides /fulfills the information need OMNI -Class OUTCOME Information, Product or Service Delivered Omniclass 36

23 ISO/International Standards NBIMS Core Data Exchange Formats Standards NBIMS Core Graphic & Data Integration Standards NBIMS Models by Discipline NBIMS IDM & Models Views, Workflows and Business Cases (BIM Exchanges) Contract Language, Guides, Project Templates, Education

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