Innovation Technology Partners (InNovTec) Hexagon 2011

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  • Profile of the exterior of the historic wall is less critical in that there are no critical clearances here. The exterior is important only in the elevation and 3d shots. If there are ways to standardize the arch details with families to lessen file size, that would be helpful. We are looking at seeing all rustication joints, relief detail, and flagpoles, but do not show any cracks, defects, etc. in the wall.We have sent you a copy of the Revit model that we prepared based upon the point cloud data. We look forward to discussing this with you with respect to the level of detail and characteristics to include in the Revit model so as to keep the file size easily manageable by HNTB. 
  • The inside portion of existing walls and fin walls adjacent to the vertical circulation cores at GL 17- 20 and GL 29-32 are circulation corridors at the Stadium Club Mezzanine(L6) and the Camera level (L7). The locations of these walls will determine the location of the new design cores.The following is a section of the point cloud data at approximately Grid Line (GL) 17. One can see the thickness of the existing walls and the fin walls:Only those areas between level 6 and the top of the fin wall were modeled.From the available data we can determine the average location of the interior wall between GL 17 and 20. However, there were some areas that were covered where we did not have visibility to the interior of the perimeter wall.The following illustration shows the section at approximately GL20. This includes bleacher sections HH & I.
  • The inside portion of existing walls and fin walls adjacent to the exit stairs and elevators from GL 35- 48 at the Main Concourse` (L4) to Plaza Level (L2). The location of these walls will determine the location of GL A.5
  • Initial submission of the Revit model to HNTB contained Revit elements only and the model was not oriented in accordance with Project Coordinate System. Final submission of the model will be in accordance with the Project Coordinate System.
  • Delivered September 13 Transmittal XM-002-002 – Uploaded to NewForma
  • InNovTec has generated Revit model containing all of the modeled Revit elements between levels 6 and the top of the fin wall BETWEEN THE Grid Lines 35 and 48. Initial submission of the Revit model to HNTB contained Revit elements only and the model was not oriented in accordance with Project Coordinate System. Final submission of the model will be in accordance with the Project Coordinate System.
  • Innovation Technology Partners (InNovTec) Hexagon 2011

    1. 1. Innovation Technology Partners, Inc.<br />
    2. 2. Session Topic . . .<br />How our services firm heavily leverages the global HDS user network to enhance our service business for scanning & modeling buildings and infrastructure; Case Study ExamplesRon AartsSession (9121)<br />
    3. 3. Innovation Technology Partners, Inc.<br />Extensive Experience with 3D imaging Since 1998<br /> Core Team of 9<br />Network of 30+ ASP’s<br />Leaders in BIM implementation<br />Expert Modeling<br />Strong Project Management skills<br />Global Reach<br />
    4. 4. Who we are . . .<br />We provide<br />Professional Laser Scanning & Documentation Services<br />3D Imaging of Existing Structures:<br /><ul><li>As-Built Drawings of Buildings & Complex Structures
    5. 5. 3-D Imaging (Laser Scanning) to BIM since 2008
    6. 6. Innovation & Collaboration 2008 GSA BIM Guide
    7. 7. Physical documentation problem solving
    8. 8. Knowledge Capture… VDC, BIM, 4D Scheduling
    9. 9. GPR Technology</li></ul>Headquarters in Walnut Creek, CA, <br />
    10. 10. We are known as the General Contractor of 3D Documentation . . .<br />Our Business Model InNovTec® is a Specialized General Contractor- <br /><ul><li>Establish extensive network of Associated Strategic Partners (ASP's)
    11. 11. Train them in the InNovTec® work flow and methodology
    12. 12. Establish relationships with major architectural forms, engineering firms, and building contractors and laser scanning service providers
    13. 13. Business development for major projects in buildings and process plant sectors
    14. 14. Operate as “General Contractor” for as-built documentation coordinating activities with owners, architects, engineering firms, general contractors & MEP sub-contractors
    15. 15. Provide overall management of 3D documentation operations
    16. 16. Generate and coordinate as-built information and manage drawing data for all project participants</li></li></ul><li>“ . . . professional conversion of physical structures into working documents"<br />Our Capabilities InNovTeccan react quickly to meet any documentation need:<br /><ul><li>Manage very large as-built documentation projects
    17. 17. Help laser scanning service providers who get into trouble
    18. 18. Assemble multiple scanning teams for projects
    19. 19. React quickly to meet project schedules or deadlines
    20. 20. Bring the right equipment and resources to the project
    21. 21. Provide modeling resources as required – ACAD, Revit, BIM
    22. 22. We work nationally and internationally</li></li></ul><li>InNovTec® ASP Network . . . <br />
    23. 23. Our Experience Includes providing Services to . . . <br />explratorium<br />RUTHERFORD & CHEKENE<br />Michael <br />Willis <br />Architects<br />
    24. 24. Case Studies . . .<br />
    25. 25. Building Renovation . . .<br />UC Berkeley Memorial Coliseum<br />Berkeley, CA<br /><ul><li>Massive Renovation Project
    26. 26. Historical Documentation
    27. 27. Revit Models</li></li></ul><li>UC Berkeley - Memorial Stadium Renovation . . .<br />InNovTec Team:<br /><ul><li> Ron Aarts
    28. 28. Daniel Chudak
    29. 29. Steve Brown
    30. 30. Dan Verdon
    31. 31. Brian Flack</li></ul>Owner<br />Prime Contractor<br />Architect Builder<br />Scanning<br />As-Built Project Management<br />Equipment<br />Scanning<br />Revit / BIM<br />AutoCAD Modeling<br />Surveyors<br />
    32. 32. UC Berkeley - Memorial Stadium Renovation . . .<br />Project Planning<br />InNovTec establishes Scope of Work to insure BIM compliance<br />InNovTec<br />InNovTec<br />University of California Berkeley<br />HNTB Architects<br />Awarded Contract:<br /><ul><li>Supplied old drawings
    33. 33. Arranged logistics</li></ul>Reviewed Final Plan:<br /><ul><li>Review SOW
    34. 34. Approved SOW revisions
    35. 35. Used the Deliverables</li></ul>Planned Operations:<br /><ul><li>Scan Plan
    36. 36. Modeling Plan
    37. 37. Assigned responsibilities</li></ul>Assembled Team:<br /><ul><li>Laser Scanning
    38. 38. Surveying
    39. 39. COP Processing
    40. 40. BIM modeling</li></ul>12<br />
    41. 41. UC Berkeley - Memorial Stadium Renovation . . .<br />Field Work<br />InNovTec managed all field operations<br />Documenta<br />InNovTec<br />Pacific HDS<br />InNovTec<br />Surveyors:<br /><ul><li>Familiar with Laser Scanning
    42. 42. Provided Survey Control
    43. 43. Shot all Scan Targets</li></ul>Planned Field Ops:<br /><ul><li>Scan Positions
    44. 44. Target Placement
    45. 45. Client Coordination</li></ul>Field Scanning Team #1:<br /><ul><li>HDS 3000 Scanner
    46. 46. Long Range Scanning
    47. 47. Scanned Exterior</li></ul>Managed Field Ops:<br /><ul><li>Scanning
    48. 48. Surveying
    49. 49. Field Notes
    50. 50. Coordination</li></ul>13<br />
    51. 51. UC Berkeley - Memorial Stadium Renovation . . .<br />Field Work & Creation of Deliverables<br />InNovTec develops Scope of Work to insure BIM usability<br />EpicScan<br />InNovTec<br />Optira<br />InNovTec<br />Modeling:<br /><ul><li>Registration of SW’s
    52. 52. Registration to Control
    53. 53. Generate ACAD Models</li></ul>Provided Equipment:<br /><ul><li>HDS 6000 Scanner
    54. 54. Digital Camera
    55. 55. Paddle Targets</li></ul>Field Scanning Team #2:<br /><ul><li>HDS 6000 Scanner
    56. 56. Short Range Scanning
    57. 57. Interior Scanning</li></ul>Generate BIM Deliverables:<br /><ul><li>Revit Models
    58. 58. Section Analysis
    59. 59. Detailed Drawings</li></ul>14<br />
    60. 60. Accurate Data Capture Capabilities . . .<br />
    61. 61. Accurate Data Capture Capabilities . . .<br />
    62. 62. Cloud of Points with Texture Mapping . . .<br />
    63. 63. Cloud of Points – Intensity Map . . .<br />
    64. 64. Deliverables . . .<br />Detailed & Complex BIM Models<br />
    65. 65. Section L . . .<br />Deliverables<br />InNovTec™<br />Revit Model – Section L<br />Integrated 3D Laser Scanning<br />
    66. 66. Section L . . .<br />
    67. 67. Section L . . .<br />
    68. 68. Section L . . .<br />
    69. 69. Task #2 – Interior Wall at GL’s 17 – 20 . . .<br />The inside portion of existing walls and fin walls adjacent to the vertical circulation cores at GL 17- 20 and GL 29-32 are circulation corridors at the Stadium Club Mezzanine(L6) and the Camera level (L7). <br />The locations of these walls will determine the location of the cores.<br />
    70. 70. Task #2 – Interior Wall at GL’s 17 – 20 . . .<br />Project Memo 004 Sept 15<br />
    71. 71. Task #2 – Interior Wall at GL’s 29 – 32 . . .<br />
    72. 72. Task #2 – Interior Wall at GL’s 29 – 32 . . .<br />
    73. 73. Task 4 – Interior Wall between Grid Lines 35 – 48 . . .<br />
    74. 74. Examples of Level of Detail in Revit Models – Exterior . . .<br />
    75. 75. Task 5 – Exterior Wall . . .<br />Exterior Wall Divided into Separate Sections – North Sector<br />Exterior Wall Divided into Separate Sectors – Middle Sector<br />
    76. 76. Task 5 – Exterior Wall (Cont.) . . .<br />Exterior Wall Divided into Separate Sections – South Sector<br />Details used to create Revit Models<br />
    77. 77. Task 5 – Exterior & Interior Surfaces of Perimeter Wall . . .<br />Upper Course - Exterior Arches & Line Work <br />Lower Course – Rectangular Openings & Windows<br />
    78. 78. Task 5 – Exterior Wall (Cont.) . . .<br />Interior Structural’s & Other Geometric Elements<br />Full Extent of Perimeter Wall – Geometry of Exterior Elements<br />
    79. 79. Deliverables . . .<br />
    80. 80. Deliverables . . .<br />
    81. 81. Analysis of a Section<br />Stadium Section at Grid Line 20 . . .<br />InNovTec™<br />Integrated 3D Laser Scanning<br />
    82. 82. Fully Registered Point Cloud with Limit Boxes . . .<br />
    83. 83. Section View . . .<br />
    84. 84. Stadium Section at Grid Line 17.5 . . .<br />
    85. 85. Interactive Navigation . . .<br />Integrated 3D Laser Scanning<br />
    86. 86. TruView Site Map. . .<br />Deliverables<br />InNovTec™<br />Integrated 3D Laser Scanning<br />
    87. 87. TruView Image . . .<br />
    88. 88. TruView Images . . .<br />
    89. 89. Easily Integrated into Your Software . . .<br /><ul><li>Revit BIM Models</li></li></ul><li>Building Information Modeling . . .<br />
    90. 90. Deliverables<br />InNovTec™<br />Integrated 3D Laser Scanning<br />
    91. 91. Deliverables . . .<br />
    92. 92. Deliverables . . .<br />
    93. 93. Deliverables<br />InNovTec™<br />Integrated 3D Laser Scanning<br />
    94. 94. Existing Conditions Documentation<br />Pier 15 <br />San Francisco, CA<br />KPM Consulting, LLC<br />RUTHERFORD & CHEKENE<br />November, 2010 to Present<br />
    95. 95. Pier 15 – The Exploratorium – San Francisco, CA<br />InNovTec Team:<br /><ul><li> Ron Aarts
    96. 96. Daniel Chudak
    97. 97. Benedikt Wolff
    98. 98. Dan Verdon
    99. 99. Brian Flack</li></ul>Owner<br />Architect MEP<br />Prime Contractor<br />As-Built Project Management<br />Equipment<br />Equipment<br />CAD Modeling<br />Scanning<br />Surveyors<br />
    100. 100. Pier 15 – San Francisco . . .<br />
    101. 101.
    102. 102. Completed AutoCAD 3D Model . . .<br />
    103. 103. Completed AutoCAD 3D Model . . .<br />
    104. 104. Completed AutoCAD 3D Model . . .<br />
    105. 105. Completed AutoCAD 3D Model . . .<br />
    106. 106. Completed AutoCAD 3D Model . . .<br />
    107. 107. Architects Structural Design Only . . .<br />
    108. 108. Architects Design Imported into AutoCAD 3D Model . . .<br />
    109. 109. Architects Design Imported into AutoCAD 3D Model . . .<br />
    110. 110. As-Exists Model with New Design Structures . . . <br />
    111. 111.
    112. 112. TruView . . . <br />
    113. 113. Planning the Under-Pier Scanning . . .<br />
    114. 114. Under Pier Piling Layout . . .<br />
    115. 115. Setting Control Below Pier . . . <br />Concepts on Integration . . .<br />
    116. 116. Laser Scanning in Progress . . . <br />
    117. 117. Below Pier at Column 71 . . . <br />Concepts on Integration . . .<br />
    118. 118. Scanning Pier 15 from Pier 9 . . . <br />
    119. 119. Piles & Beam Sections. . .<br />
    120. 120. Relationship of Above Pier Columns to Below . . .<br />
    121. 121. Full Grid Lines . . .<br />
    122. 122. 2D Section Drawing . . .<br />
    123. 123. 2D Sections of . . .<br />
    124. 124. Final ACAD 3D Model of Under-Pier Documentation . . .<br />
    125. 125. Final ACAD 3D Model of Under-Pier Documentation . . .<br />
    126. 126. 3D Model of Below Pier Area. . . <br />
    127. 127. Below Pier between Columns 68 &69 . . . <br />
    128. 128. Below Pier between Columns 76 & 77. . . <br />
    129. 129. Scanning Below Pier. . . <br />
    130. 130. Construction Monitoring<br />
    131. 131. Mesh of Concrete Floor after Asphalt Removed . . . <br />
    132. 132. InNovTec & Power Engineering Crews . . . <br />
    133. 133. As-Exists Documentation for<br />Emergency Generator Room Seismic Retrofit<br />Mills Peninsula Hospital<br />San Mateo, CA<br />August 2010<br />
    134. 134. Mills Peninsula Hospital– San Mateo, CA . . .<br />Owner<br />Building Contractors<br />MEP Contractor<br />Documentation Management<br />Equipment<br />CAD Modeling<br />Scanning<br />Surveyors<br />
    135. 135. Mills Peninsula Hospital . . . <br />
    136. 136.
    137. 137. Registered Point Cloud . . . <br />
    138. 138. Modeled Components . . .<br />
    139. 139. Modeled Components . . .<br />
    140. 140. Modeled Components . . .<br />
    141. 141. Modeled Components . . .<br />
    142. 142. Documentation of Existing Structures . . .<br />Adrian Wilcox High School<br />As-Built Documentation prior to Renovation<br />Allied Engineering Group<br />September 28, 2010<br />
    143. 143. Wilcox High School – Santa Clara, CA<br />Owner<br />Builders<br />Architect<br />Documentation Management<br />Equipment<br />CAD Modeling<br />Scanning<br />Surveyors<br />
    144. 144. Scope of Work . . .<br />
    145. 145. Extent of modeling ...<br />
    146. 146. Above Ceiling Scanning ...<br />
    147. 147. Xx ...<br />Above Ceiling Scanning ...<br />
    148. 148. Exterior View ...<br />
    149. 149. First Floor Interior only...<br />
    150. 150. Inside First Floor Hall ...<br />
    151. 151. Second Floor Scan Locations ...<br />
    152. 152. Second Floor ...<br />
    153. 153. Second Floor only ...<br />
    154. 154. Second Floor ...<br />
    155. 155. Exterior TruView Site Map...<br />
    156. 156. External TruView ...<br />
    157. 157. AutoCAD 3D Model ...<br />AutoCAD 3D Model ...<br />
    158. 158. AutoCAD 3D Model ...<br />
    159. 159. Rendered AutoCAD 3D Model . . .<br />
    160. 160. Rendered AutoCAD 3D Model . . .<br />
    161. 161. Rendered AutoCAD 3D Model . . .<br />
    162. 162. Rendered AutoCAD 3D Model . . .<br />
    163. 163. Topographic Documentation<br />Kaiser Hospital<br />Redwood City, California<br />
    164. 164. Kaiser Hospital – Redwood City, CA<br />Owner<br />Renovation of Central Power Plant<br />Contractor<br />Project Management<br />Equipment<br />Revit Modeling<br />Scanning<br />
    165. 165. Scan Positions . . .<br />
    166. 166. Registered Point Clouds of Scans.<br />Used to create topographic model<br />
    167. 167. Digital Terrain Model (DTM) Showing triangulated mesh<br />
    168. 168. Topographic model showing elevations by color<br />
    169. 169. Final Deliverable . . .<br />Revit Topographical Model<br />
    170. 170. Overlay of Revit Model over original ACAD topographic model<br />
    171. 171. Underground Utility Lines . . .<br />Model generated from GPR data & from 2D Drawings with depth information.<br />
    172. 172. TruView . . .<br />
    173. 173. Location of Scan Positions . . .<br />
    174. 174. Erdenet Mine – Mongolia . . .<br />Owner<br />Service Provider<br />Project Management<br />Consulting<br />Training<br />
    175. 175. Erdenet Dam – Settling Pond . . .<br />
    176. 176. Deployment of Equipment . . .<br />
    177. 177. First Scanning Position . . .<br />
    178. 178. Registered Cloud of Points . . .<br />
    179. 179. Leak in the Dam?<br />
    180. 180. Section View of Point Cloud . . .<br />
    181. 181. Section View of Point Cloud . . .<br />
    182. 182. Slice through Dam . . .<br />
    183. 183. 1 Meter Grid . . .<br />
    184. 184. TIN of Section of Dam . . .<br />
    185. 185. 1 Meter Wire Frame TIN . . .<br />
    186. 186. 1 Meter Wire Frame TIN . . .<br />
    187. 187. Decimated Mesh . . .<br />
    188. 188. Setting Grid Spacing . . .<br />
    189. 189. 2 Meter Grid . . .<br />
    190. 190. 2 Meter Wireframe TIN<br />
    191. 191. Contours<br />
    192. 192. Contours<br />
    193. 193. 1 Meter Contours<br />
    194. 194. Volume Calculations . . .<br />
    195. 195. Volume Calculations<br />
    196. 196. Surface Area Calculations<br />
    197. 197. Find High Point or Low Point . . .<br />
    198. 198. Erdenet Copper Mine – Mongolia . . .<br />
    199. 199. Copper Mine – Erdenet, Mongolia<br />
    200. 200.
    201. 201.
    202. 202. 1 Meter Grid . . .<br />
    203. 203. 2 m Major Lines<br />20cm Minor Lines<br />Contours . . .<br />
    204. 204. Topographical Analysis . . .<br />
    205. 205. KSI Ore Crushing Plant - As Exists Documentation – Mongolia . . .<br />
    206. 206.
    207. 207.
    208. 208. Plant Applications . . .<br />
    209. 209. 3D Imaging & Documentation . . .<br />
    210. 210. 3D Imaging & Documentation . . .<br />
    211. 211.
    212. 212.
    213. 213. Historical Documentation – Statue . . .<br />Erdenet City, Mongolia<br />Erdenet Dam – Settling Pond<br />
    214. 214. Erdenet Dam – Settling Pond<br />
    215. 215.
    216. 216. Terminal 1 SFO International Airport– San Francisco, CA<br /><ul><li>Massive Renovation Project
    217. 217. Critical Schedule
    218. 218. Detailed Architectural Documentation Required</li></ul>Owner<br />Architect<br />Scanning Service Provider<br />As-Built Project Management<br />Equipment<br />Equipment & One Technician<br />CAD Modeling<br />Scanning Operations<br />Surveyors<br />
    219. 219. Terminal 1 SFO International Airport– San Francisco, CA<br />
    220. 220. Terminal 1 SFO International Airport– San Francisco, CA<br />
    221. 221. Summary . . .<br /> Benefits of InNovTec’s General Contracting Services . . .<br /><ul><li>Projects get completed quickly and efficiently
    222. 222. The best resources are provided when they are needed
    223. 223. Proven experience with large and challenging projects
    224. 224. Highly skilled project execution and management
    225. 225. Accurate BIM and CAD models provided in the format needed
    226. 226. Expert coordination of all as-built documentation
    227. 227. Skilled coordination of drawing information between project members
    228. 228. Elimination of design and construction errors
    229. 229. We help our ASP’s by keeping their scanners busy</li></li></ul><li>InNovTec®<br />Thank You!<br />

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