Building Information Modeling at SI

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  • About 90 buildings, laboratories and greenhouses throughout Panama. Primary mission there is tropical and marine research. Upper left: Laboratory in Bocas del Toro – with solar panels and rain water collection system. Barro Colorado Island, about 1 hour from Panama City, on Lake Gatun.
  • Building Information Modeling at SI

    1. 1. Building Information ManagementAt the Smithsonian Institution<br />Sylvia Kendra, GISP, SI<br />Todd Crane, Penobscot Bay Media<br />July 15, 2009<br />
    2. 2. 2<br />Office of Engineering Design and Construction<br />
    3. 3. 3<br />Smithsonian Infrastructure<br /><ul><li> 760 buildings and structures</li></ul>- 20,003 rooms<br />- 12 million SF Space<br />
    4. 4. 4<br />Building Information Management 2004-present<br />
    5. 5. 5<br />National Zoo<br />STRI<br />SERC<br />Itemized and Geo-Referenced our Buildings<br />
    6. 6. 6<br />Standardized our Floor Layers<br />
    7. 7. Connected our Floor plans to databases<br />
    8. 8. 8<br />Published the data on the Web<br />
    9. 9. Our Current System<br />9<br />
    10. 10. What we like about our current system<br /><ul><li> Serves 90% of our Users
    11. 11. Canned Reports
    12. 12. Web Enabled, reaches remote staff</li></li></ul><li>What we don’t like about our System<br /><ul><li> Cumbersome, time-consuming updating process
    13. 13. Currently designed for untrained users -- Very limited ad hoc query capabilities
    14. 14. Not as zippy as a true GIS</li></li></ul><li>12<br />The BISDM <br />Pilot Project<br />
    15. 15. 13<br />Smithsonian Tropical Research Institute<br /><ul><li>Tropical/Marine Research
    16. 16. 19 Sites throughout Panama
    17. 17. 264 Facilities</li></li></ul><li>Pilot Project Objectives<br />14<br /><ul><li>Migrate a subset of SI data into a published GIS data model designed specifically for building data
    18. 18. Establish a “Power User” environment to demonstrate high level editing and analytical capabilities in 2D and 3D environments
    19. 19. Customize a web-based tool for easy access to data and reports, plus attribute editing abilities</li></li></ul><li>Tasks Performed in the Pilot Project<br /><ul><li>Migrated a representative subset of Smithsonian Data into GIS</li></li></ul><li>Tasks Performed in the Pilot Project<br /><ul><li>Migrated a representative subset of Smithsonian Data into GIS
    20. 20. Assembled an ArcMap Extension consisting of tools for in-building data</li></li></ul><li>Tasks Performed in the Pilot Project<br /><ul><li>Migrated a representative subset of Smithsonian Data into GIS
    21. 21. Assembled an ArcMap Extension consisting of tools for in-building data
    22. 22. Customized a web application for data access and attribute editing</li></li></ul><li>Tasks Performed in the Pilot Project<br /><ul><li>Migrated a representative subset of Smithsonian Data into GIS
    23. 23. Assembled an ArcMap Extension consisting of tools for in-building data
    24. 24. Customized a web application for data access and attribute editing
    25. 25. Created 3D web services for use in 3D visualizations</li></li></ul><li>Data Migration<br />Smithsonian Data Subset:<br /><ul><li> CAD files for conversion (located in Panama)
    26. 26. Attribute Records in Excel Spreadsheets
    27. 27. 401 Photographs of equipment assets at one site
    28. 28. Accompanying equipment attribute records</li></ul>CAD File Details:<br /><ul><li> 552 CAD files
    29. 29. 276 Floors
    30. 30. 226 Buildings
    31. 31. 1996 Rooms
    32. 32. 12 Sites</li></li></ul><li>Data Model<br />GIS Data Model: BISDM<br />Community project to refine a data model for storing and working with building data in GIS.<br />Over 33 Participant organizations <br />Two Current Methods for Implementation:<br /><ul><li> Split Model – Geometry tables separate from Info tables
    33. 33. Merged Model – Geometry and Info in same tables</li></ul>Model Used: the Merged BISDM Model<br /><ul><li> Easier to work with in ArcGIS, enables using some convenient built-in capabilities of ArcGIS</li></li></ul><li>BISDM Data Model for Smithsonian<br />Entities Modeled:<br /><ul><li> Property
    34. 34. Building
    35. 35. Floor
    36. 36. Room
    37. 37. Equipment
    38. 38. Property Extents
    39. 39. Building Footprints
    40. 40. Boundary Lines</li></ul>Relationships: (hierarchy)<br /><ul><li>Properties have buildings
    41. 41. Buildings have floors
    42. 42. Floors have rooms
    43. 43. Rooms have equipment</li></li></ul><li>BISDM – Relationship Classes<br />A single “identify” query on the map in ArcMap provides access to a large assortment of related information automatically<br />
    44. 44. Advantages of GIS<br />Quick, Easy Answers to Questions:<br />How many conference spaces are there in Panama?<br />Answer: 13<br />How much square footage of conference space is there in Panama?<br />Answer: 532.5 sqm= 5,731 sqft<br />Both questions can be answered with the same selection query<br />
    45. 45. Advantages of GIS<br />Example More Complex Question:<br />How many private office and shared office spaces are there on floor 3 of building 2 at the Tupper Complex?<br />Answer: 10 spaces<br />What is the square footage of those spaces?<br />Answer: 180 sqm = 1937.5 sqft<br />More complex query but almost the same amount of time and effort to create as a simple one – minimal effort.<br />
    46. 46. GIS Tools for BISDM Data<br />Working in GIS with Data in BISDM:<br /><ul><li> Multi-floor data is spatially coincident (X,Y)
    47. 47. Editing floorplan linear features requires many steps
    48. 48. Can be difficult to add new data (no good alignment tools)</li></ul>BISDM Extension for ArcMap<br />Contains tools for:<br /><ul><li> Isolating floor of interest
    49. 49. Editing data
    50. 50. Guideline tools for creating data
    51. 51. Raster clip (environmental rasters)</li></li></ul><li>GIS Tools for BISDM Data<br />Example tool: Floor Picker<br />All floor data displayed simultaneously:<br />Visually cluttered!<br />Floor Picker used:<br />Only the floor of interest shown<br />
    52. 52. Web Application <br /><ul><li> Customized version of the Penobscot Bay Media Web Visualization software (now called InVision Portal)
    53. 53. Data in ArcSDE Database, accessed through ArcGIS Server
    54. 54. Web application written in Adobe Flex – uses Flash Player in browser</li></li></ul><li>Web Application <br />Map Navigation Tools<br />Overview Map<br />Building<br />Navigator<br />Rendering<br />Options<br />
    55. 55. Web Application <br />Viewing Room and Equipment Information<br />
    56. 56. Web Application <br />Editing Room Attributes<br />
    57. 57. Web Application <br />Thematic Mapping – Changing Symbology<br />
    58. 58. Web Application <br />Reporting Capabilities<br />
    59. 59. 3D Web Service<br />Demonstration of 3D Visualization Capabilities<br /><ul><li>ArcGlobe Document using ArcSDE Database
    60. 60. Published as a Globe Service on ArcGIS Server
    61. 61. Consumed using ArcGIS Explorer E2</li></li></ul><li>3D Web Service<br /><ul><li> Data is easily accessed using a free viewer similar to Google Earth
    62. 62. Allows qualitative data analysis and exploration of data</li></li></ul><li>Lessons Learned<br /><ul><li> Our current data set is quite robust – can answer most facilities questions quickly if we use the right software.
    63. 63. Data editing at SI can be dramatically improved if we use the right software/database.
    64. 64. ESRI / AutoDesk software are not currently interoperable for BIM use
    65. 65. Autodesk Revit – great design tool
    66. 66. ESRI Spatial Analyst – great analytical tool</li></li></ul><li>36<br />The Future of <br />BIM at SI<br />
    67. 67. Near Term Goals<br /><ul><li>Continue piloting BIM using our tools of choice:
    68. 68. AutoDesk Revit
    69. 69. Adobe Flex API
    70. 70. ESRI ArcGIS Server
    71. 71. Determine the best fit/best value of BIM in our organization: </li></ul>Requirements for a BIM design project are extremely complex when compared with BIM requirements for operations – where will SI’s money and effort be better spent? <br />
    72. 72. 38<br />Early BIM Efforts: National Museum of the Native American<br />
    73. 73. 39<br />Early BIM Efforts: National Zoo Elephant House<br />
    74. 74. 40<br />Early BIM Efforts: Arts and Industries Building<br />
    75. 75. 41<br />Using BIM for NMAAHC Conceptual Design <br />
    76. 76. 42<br />Questions?<br />Todd Crane<br />tcrane@penbaymedia.com<br />Sylvia Kendra<br />kendras@si.edu<br />

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