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Building Information Modeling

Explore the world of Building Information Modeling (BIM), its methodologies, standards, and role in the AEC industry. Learn about information modeling, various types of BIM models, BIM standards, communication strategies, and the significance of BIM in New Mexico. Discover the next steps to adopting BIM for improving construction effectiveness. Stay informed about emerging standards and how BIM is revolutionizing communication within the industry.

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Building Information Modeling

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  1. Mathew Miller Building Information Modeling

  2. SMPC Architects • Associate – BIM Manager • Construction Specifications Institute- CSI • US National CAD Standard- NCS • UDS Task Team - Chair • National Building Information Modeling Standard -NBIMS • Testing task Team • Models and Implementation Guidance task team • 505 BIM Users Group

  3. Which is more BIMed • Manufacture • Model • Color • Link to specification • LEED Information

  4. Building Information Modeling • What BIM is about • Emerging Standards • How communication is improving • What BIM is doing in New Mexico • Next steps to adopting BIM

  5. What is Building Information ModelingBIM

  6. BIM is not Software

  7. Tool not BIM

  8. BIM Tool • Autodesk • Revit • Autocad • Navisworks • Graphisoft • Archicad • Bently • Bently Arcitecture • RAM Steel • Onuma • OPS • Google • Sketchup

  9. BIM is a Methodology BIM is a methodology of gathering and maintaining information about a building for quick decision making throughout the life cycle or facility cycle of the building.

  10. BIM Focus • Communication • Facility Cycle

  11. Facility Cycle • Pre design • Design • Construction • Operation

  12. Who uses theBuilding Information Model

  13. Who uses the information from BIM? • Architect • Contractor • The AEC

  14. Who uses the information from BIM? • Owners • Planners • Realtors • Appraisers • Mortgage Bankers • Designers • Engineers • Cost & Quantity Estimators • Specifiers • Contracts & Lawyers • Construction Contractors • Sub-Contractors • Fabricators • Code Officials • Facility Managers • Maintenance & Sustainment • Renovation & Restoration • Disposal & Recycling Scoping, Testing, Simulation • Safety & Occupational Health • Environmental & NEPA • Plant Operations • Energy, LEED • Space & Security • Network Managers • CIO’s • Risk Management • Occupant Support • First Responders

  15. Building Information Modeling

  16. What is information Modeling? • 3d Model • Energy Model • 4d Model - time • 5d Model - time and cost • Business Model • Financial Model • Safety plan • Maintenance plan

  17. What is information Modeling?

  18. AECO Types of Models • Design Models • Architecture • Civil • Structural • Mechanical • Plumbing • Electrical • Construction Document Models • Architecture • Civil • Structural • Mechanical • Plumbing • Electrical • Specification • LEED Models • Energy • Day lighting • Contractor Models • Architecture • Civil • Structural • Mechanical • Plumbing • Electrical • Shop drawing • Material literature • Facility Management Models

  19. BIM Standards

  20. Standards • National BIM Standard • UK BIM Standard • GSA - 3D-4D Building Information Modeling • AGC - The Contractors Guide to BIM • U.S. National CAD Standard

  21. National BIM Standard • Tracks the maturity of a model • States that all 2d output of a model needs to be National CAD Standard compliant

  22. AGC BIM Addendum (Consensus Docs) • Guidelines for the development and use of the models • Guidelines for Information Management • Guidelines for a BIM Execution Plan • Project Participants • Models to be used & content • Contract & Record Documents • Areas of the project • Schedule (delivery and updates) • Protocols for submission • Coordinate system & dimension accuracy • File format, naming, structure • Software to be used

  23. AIA E202- BIM Protocol Exhibit • Protocols • Coordination and Conflicts • Model Ownership & Requirements • File Formats • Responsibilities • Cost Estimating • Scheduling • Level of Development (LOD)-defines content requirements and authorized use(s) • Level 100-”used for understanding the requirements ” (Programming) • Level 200-”elements modeled as generalized assemblies” (Schematic Design) • Level 300- “elements modeled as specific assemblies” (Construction Documents) • Level 400-”fabrication, assembly and detailing information (Construction) • Level 500 -”elements modeled as constructed” (O&M)

  24. Communication

  25. Every one in different silos

  26. Integrated Project Delivery Owner Designer Contractor

  27. BIMStorm

  28. BIMStorm LA • Online charrette • 55 million SF • 24 hour period • 133 designers • 11 countries

  29. IFC - Industry Foundation Class

  30. NMT-Kelly Hall

  31. Los Alamos National Bank Santa Fe

  32. Los Alamos National Bank Santa Fe • Cost analysis • Energy analysis • Paperless submittals • System coordination

  33. IBL –Sandia National Laboratory

  34. Facility Management

  35. Facility Management

  36. Facility Data that Could Be Included in BIM • Planning scenarios and site information • Architectural Program • Floor plans • Space Functions • Classified areas, vaults etc. • Area calculations • Specifications • Contract documents • Legal description • Change orders • Supporting documentation for litigation • Shop drawings • Procurement documents • Progress photographs • Alarm diagrams • Warranty data • Cost Estimates • Invoices • Purchases requests • Organizational occupants • Personnel lists • Seating plans • Handicap designation • Network diagrams • Hazardous materials • Operating manuals • Maintenance records • Inspection records • Electronic 3d model • Simulations • Continuation of operations plan • Disaster Recovery Plans • Contingency plans • Furniture inventory

  37. AIA E202- BIM Protocol Exhibit • Level of Development • Level 100- (Programming) • Level 200- (Schematic Design) • Level 300- (Construction Documents) • Level 400- (Construction) • Level 500 -(As-builts)

  38. BIM Execution Plan • Set clear goals & objectives across organization & teams • Increase accountability and productivity • Standardize your communication methods • Define roles and responsibilities • Bind all parties early in the RFP process • Control your project costs, schedule, scope and quality

  39. Company BIM Standard What are you going to use BIM for?

  40. Facility Data that Could Be Included in BIM • Planning scenarios and site information • Architectural Program • Floor plans • Space Functions • Classified areas, vaults etc. • Area calculations • Specifications • Contract documents • Legal description • Change orders • Supporting documentation for litigation • Shop drawings • Procurement documents • Progress photographs • Alarm diagrams • Warranty data • Cost Estimates • Invoices • Purchases requests • Organizational occupants • Personnel lists • Seating plans • Handicap designation • Network diagrams • Hazardous materials • Operating manuals • Maintenance records • Inspection records • Electronic 3d model • Simulations • Continuation of operations plan • Disaster Recovery Plans • Contingency plans • Furniture inventory

  41. Building Information Modeling • Questions?

  42. Mathew Miller Building Information Modeling

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