Autodesk, Inc. · NASDAQ:ADSK

Autodesk — Autodesk University 2016

62 slides from Autodesk's conference presentation, 2016

  1. Slide 1: Convince a design team to shift to BIM during project & achieve owner's goals

    Convince a design team to shift to BIM during project & achieve owner’s goals Jean-Paul TREHEN Building Information Management Director – EGIS Group @JPTrehen © 2016 Autodesk Join the conversation #AU2016

  2. Slide 2: EGIS Group

    EGIS Group Filiale 75% © 2016 Autodesk

  3. Slide 3: Jean-Paul Trehen

    Jean-Paul TREHEN  Building Information Management Director (EGIS - 2012)  BIM Deployment  BIManagement  Senior Technical Consultant (Autodesk - 2004)  Revit & suite  BIM Deployment  Autodesk Solution Expert (AIGA - 1990)  Autodesk Architectural Desktop  Revit  Architect (1986) © 2016 Autod

  4. Slide 4: Key learning objectives

    Key learning objectives  At the end of this class, you will be able to:  Progressively implement BIM uses to reinforce BIM Management  Apply best practices to shorten BIM project learning curve for the Design Team  Use the WIP project model as added value for Building Owners © 2016 Autodesk

  5. Slide 5: Project: New Office, Existing Railway

    Project New Office Existing Railway © 2016 Autodesk

  6. Slide 6: Project surface

    Surface SHOB Taxable SDP SDP % (ST) Total surfaces | 22867 | 18691 | 17134 | 100%) Commerces 459 2,68% 901 5.26% 15773 92,06% 921 537% 14 853 86,69% AUTODESK UNIVERSITY 2016 A AUTODESK.

  7. Slide 7: Design Team

    Design Team « irmobiier NLD | SCAPE® boummchinoee eberte LATZ+PARTNER @egis VANVAN INGENIERIE Ne ENERGELIO off barbanel KArcora : = i- e ILAMOUREUX2cousticciiaaa ai fort AUTODESK UNIVERSITY 2016 A AUTODESK.

  8. Slide 8: Project

    ax AUTODESK UNIVERSITY 2016 A AUTODESK.

  9. Slide 9: Goals, Risks, Uses

    Risks Goals Risks Uses Monitoring Uses Jean-Paul TREHEN – Ille & Vilaine- 2014 Uses Uses

  10. Slide 10: New direction to BIM

    New direction to BIM  1.Progressively implement BIM  2.BIM project learning curve  3 WIP Added value © 2016 Autodesk

  11. Slide 11: Context or Issues (major & recurrent)

    1.Progressively implement BIM  Context or Issues (major & recurrent)  Define Goals  What owner is expecting from digital model?  Evaluate Maturity  What’s the design team is able to do ?  What’s the owner is ready to pay for ?  List Deliverables  What the digital model is suppose to be used

  12. Slide 12: 1. Progressively implement BIM

    1.Progressively implement BIM Owner “My target is marketing to make profit” © 2016 Autodesk

  13. Slide 13: 1. Progressively implement BIM: Owner BIM Goals

    1.Progressively implement BIM Owner BIM Goals Data & Model Performance “My target is marketing to make profit” Better Marketing / Communication Early Cost Control © 2016 Autodesk

  14. Slide 14: 1. Progressively implement BIM: BIM Uses

    1.Progressively implement BIM Owner BIM Goals BIM Uses Existing & Site modelling Design authoring Data & Model delivery Data & Model Performance 3D Coordination Analytical modelling 2D Deliverables “My target is marketing Quality Certification to make profit” Data & Model delivery Better Marketing /

  15. Slide 15: 1. Progressively implement BIM: BIM Uses

    1.Progressively implement BIM Owner BIM Goals BIM Uses Existing & Site modelling Design authoring Data & Model delivery Data & Model Performance 3D Coordination Analytical modelling 2D Deliverables “My target is marketing Quality Certification to make profit” Data & Model delivery Better Marketing /

  16. Slide 16: BIM Use rating

    1.Progressively implement BIM  BIM Use  Project Complexity  Design Phase  Credit / Rating BIM Use Value (1 to 5) BIM Use Where When Rating  Existing & Site modelling  Office  A.P.D = 5 © 2016 Autodesk

  17. Slide 17: 1. Progressively implement BIM: BIM Value

    1.Progressively implement BIM Owner BIM Goals BIM Uses BIM Value Existing & Site modelling 5 Design authoring 5 Data & Model delivery 3 Data & Model Performance 3D Coordination 3 Analytical modelling 5 2D Deliverables 5 “My targets are Quality Certification 4 marketing and Data & Model delivery 3 co

  18. Slide 18: 1. Progressively implement BIM

    1.Progressively implement BIM Weighted BIM Uses How Who Rating © 2016 Autodesk

  19. Slide 19: 1. Progressively implement BIM

    1.Progressively implement BIM Weighted BIM Uses How Who Rating © 2016 Autodesk

  20. Slide 20: 1. Progressively implement BIM: Process Type

    1.Progressively implement BIM Weighted BIM Uses How Who Rating BIM Uses Process Type Existing & Site modelling Extended Design authoring Integrated Data & Model delivery Exclusive 3D Coordination Extended Analytical modelling Integrated 2D Deliverables Exclusive Quality Certification Integrated Virt

  21. Slide 21: 1. Progressively implement BIM

    1.Progressively implement BIM Weighted BIM Uses How Who Rating BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling Gold 2D Deliverables Quality Certification Data & Model delivery Virtual visualization Cost analysis 5 Design authoring Cost a

  22. Slide 22: 1. Progressively implement BIM

    1.Progressively implement BIM Weighted BIM Uses How Who Rating BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling High 2D Deliverables Quality Certification Data & Model delivery Virtual visualization Cost analysis 5 Design authoring Cost a

  23. Slide 23: 1. Progressively implement BIM

    1.Progressively implement BIM BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling High 2D Deliverables Quality Certification Data & Model delivery Virtual visualization Cost analysis 5 Design authoring Cost analysis 3D Coordination 4D Planni

  24. Slide 24: 1. Progressively implement BIM

    1.Progressively implement BIM BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling 2D Deliverables Quality Certification Data & Model delivery Virtual visualization Cost analysis Design authoring Cost analysis 3D Coordination 4D Planning © 20

  25. Slide 25: 1. Progressively implement BIM

    1.Progressively implement BIM BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling Silver 2D Deliverables Quality Certification Data & Model delivery Virtual visualization Cost analysis 2,5 Design authoring Cost analysis 3D Coordination 4D Pl

  26. Slide 26: 1. Progressively implement BIM

    1.Progressively implement BIM BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling 2D Deliverables Quality Certification Cost Consultant Data & Model delivery Quantity Surveyor Virtual visualization Cost analysis Design authoring Cost analysi

  27. Slide 27: 1. Progressively implement BIM

    1.Progressively implement BIM BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling Bronze 2D Deliverables Quality Certification Data & Model delivery Virtual visualization + his own and Cost analysis architectural 0,5 Design authoring Cost Co

  28. Slide 28: 1. Progressively implement BIM

    1.Progressively implement BIM © 2016 Autodesk

  29. Slide 29: BIM Mgt

    1.Progressively implement BIM BIM Mgt © 2016 Autodesk

  30. Slide 30: Progressively implement BIM

    1 Progressively implement BIM Design Team Owner Existing & Site modelling 5 Design authoring 5 Data & Model delivery 3 “My target is marketing 3D Coordination 3 to make profit” 2D Deliverables 5 BIM Mgt Cost Analysis 0,5 Analytical modelling 2,5 24 / 41 © 2016 Autodesk

  31. Slide 31: Key learning of BIM Management (Part I)

    1.Progressively implement BIM Key learning of BIM Management (Part I)  Value-based procurement  Continuous monitoring – use of key performance indicators, KPIs  Common terms, definitions, and data architectures  Meeting establish quality levels  Long-term relationships of participants and servi

  32. Slide 32: New direction to BIM

    New direction to BIM  1.Progressively implement BIM  2.BIM project learning curve  3 WIP Added value © 2016 Autodesk

  33. Slide 33: BIM Issues & Tips

    2.BIM project learning curve  3 BIM Issues & Tips ( highlighted )  Unique Reference System  MEP Modelling  Model Views Definition © 2016 Autodesk

  34. Slide 34: Unique Reference System

    2.BIM project learning curve  Unique Reference System DWG RVT Ref.rvt DWG Files Ref.rvtGrids / Level Project info… STR Mod STR Mod ARC Mod MEP Mod New Existing © 2016 Autodesk

  35. Slide 35: Bottom Line

    2.BIM project learning curve  Bottom Line  Save 0,20m outside of property limit ! © 2016 Autodesk

  36. Slide 36: MEP Modelling

    2.BIM project learning curve  MEP Modelling  Numbering verticality  Bottom line  Common language © 2016 Autodesk

  37. Slide 37: Model View Definition

    2.BIM project learning curve  Model View Definition  Dedicated 3D View  Dedicated Schedules Views  Bottom Line  Continuous monitoring © 2016 Autodesk

  38. Slide 38: Key learning of BIM Management (Part II)

    2.BIM project learning curve Key learning of BIM Management (Part II)  Transparency – financial, planning and technical  Continuous monitoring – use of key performance indicators, KPIs  Shared risk/reward  On-demand, On-time, On-budget performance  Continuous education, training, and improvemen

  39. Slide 39: WIP Support

    3.WIP Model added value  3 WIP Support ( highlighted )  BIM Journal  Model Publication  Model Consolidation  BIM Roles © 2016 Autodesk

  40. Slide 40: BIM Journal

    3.WIP Model added value  BIM Journal © 2016 Autodesk

  41. Slide 41: Model Publication

    3.WIP Model added value  Model Publication  Virtual Walk © 2016 Autodesk

  42. Slide 42: Model Publication

    3.WIP Model added value  Model Publication  Real Issues © 2016 Autodesk

  43. Slide 43: Model Consolidation

    3.WIP Model added value  Model Consolidation © 2016 Autodesk

  44. Slide 44: Roles and deliverables

    3.WIP Model added value  Roles Gestion de projet Production Discipline Model Review Project Model Review Model Consolidation BIM Execution Plan Model Coordination E : Execute Project Review P : Participate Deliverables Content Mgt Modeling BIM Manager E P E P P E Coordinator BIM P P P E E E P E P O

  45. Slide 45: Roles

    3.WIP Model added value  Roles BIM Manager BIM Coordinator BIM Operator © 2016 Autodesk

  46. Slide 46: Key learning of BIM Management (Part III)

    3.WIP Model added value Key learning of BIM Management (Part III)  Value-based procurement  Continuous monitoring – use of key performance indicators, KPIs  Common terms, definitions, and data architectures  Meeting establish quality levels  Long-term relationships of participants and service p

  47. Slide 47: Afterwards a new stakeholder wants to join us to BIM

    1.Progressively implement BIM  Afterwards a new stakeholder wants to join us to BIM… © 2016 Autodesk

  48. Slide 48: BIM Mgt

    1.Progressively implement BIM BIM Mgt © 2016 Autodesk

  49. Slide 49: Green Affair

    Case Study  Green Affair  HQE  Target 2 at « Performant » level  BREAM  HEA09, MAT01 & MAT04 credits © 2016 Autodesk

  50. Slide 50: 1. Progressively implement BIM

    1.Progressively implement BIM BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling 2D Deliverables Quality Certification Data & Model delivery Virtual visualization Cost analysis Design authoring Cost analysis 3D Coordination 4D Planning © 20

  51. Slide 51: Model View Definition

    2.BIM project learning curve  Model View Definition  Dedicated Green Affair Schedule Views © 2016 Autodesk

  52. Slide 52: WIP BIM Process

    3.WIP Model added value  WIP BIM Process © 2016 Autodesk

  53. Slide 53: 1. Progressively implement BIM

    1.Progressively implement BIM BIM Uses Existing & Site modelling Design authoring Data & Model delivery 3D Coordination Analytical modelling Gold 2D Deliverables Quality Certification Data & Model delivery Virtual visualization Cost analysis 4 Design authoring Cost analysis 3D Coordination 4D Planni

  54. Slide 54: Progressively implement BIM

    1 Progressively implement BIM Design Team Owner Existing & Site modelling 5 Design authoring 5 Data & Model delivery 3 “My objectives are 3D Coordination 3 marketing and 2D Deliverables 5 BIM Mgt commercialization” Cost Analysis 0,5 Analytical modelling 2,5 Quality Certification 4 24 / 41 28 © 2016

  55. Slide 55: Conclusion & Thanks

    Conclusion & Thanks © 2016 Autodesk

  56. Slide 56: Key learning of B.I.Management

    Key learning of B.I.Management © 2016 Autodesk

  57. Slide 57: Key learning of B.I.Management

    Key learning of B.I.Management  Transparency – financial, planning and technical  Value-based procurement  Continuous monitoring – use of key performance indicators, KPIs  Shared risk/reward  Common terms, definitions, and data architectures  On-demand, On-time, On-budget performance  Meeting

  58. Slide 58: Conclusion

    Conclusion Transpa rencyo- MPN Q\ AUTODESK.

  59. Slide 59: Thanks

    Thanks 7 pongeses CB | SCAPE® sxrred 2 sen yay LATZ+PARTNER @egis INGENIERIE Ne | ENERGELIO onl barbanel KaArcora al f "io i- LAMOUREUX2cousticciam AUTODESK UNIVERSITY 2016 A AUTODESK.

  60. Slide 60: Q&A

    Q&A Jean-Paul TREHEN – Val-André - 2016

  61. Slide 61: Next time? if you wish

    Next time ? if you wish Jean-Paul TREHEN – Croisière - 2016

  62. Slide 62: Autodesk trademark notice

    Autodesk is a registered trademark of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product and services offerings, and specific

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