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SE + BIM = integrated BIM?

SE + BIM = integrated BIM?. Failure c osts – Big issues…. Failure c osts – smaller issues…. Failure c osts – embarrassing …. Failure costs - C auses. New contract types (D&C , DB(F)M …). More Stakeholders More legislation More complexity More dynamic.

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SE + BIM = integrated BIM?

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  1. SE + BIM = integrated BIM?

  2. Failure costs – Big issues…

  3. Failure costs – smaller issues…

  4. Failure costs – embarrassing…

  5. Failure costs - Causes New contract types (D&C, DB(F)M …) More Stakeholders More legislation More complexity More dynamic Inefficienties Failure costs/rework Quality issues

  6. Failure Costs – Causes? Bron: USP Marketing Consultancy, april 2011. Projects have become unmanageable due to the lack of an appropriate information management.

  7. Market needs to reduce Failure costs

  8. How did we try? 3D-Engineering 3D-Visualisation Systems Engineering Integrated Project approach iBIM BIM 2004 2008 2010 2012 2007 2014 CAD Tools + Developments Relatics BIM Connectors

  9. Services vs. Tooling • Project services (content) • Part of the project team • Expert designers, modelers, coordinators,… • Project INdependent • Temporary • Specialized iBIM Tools • Expert Integration Consultants

  10. What is the relation between SE & BIM? Systems Engineering (SE) is an interdisciplinary approach to enable the realization of successful systems in complex engineering projects . It focuses on defining customer needs and requirement management early in the development cycle. SE deals with work-processes tools to manage risks by documenting requirements, followed by system design and validation, while considering the complete project, over the entire life cycle. SE integrates all disciplines and specialty groups into a team effort forming a structured development process that proceeds from concept to production to operation. (Cfr. INCOSE - The International Council on Systems Engineering) Building Information Modeling (BIM) is a digital representation of physical and functional characteristics of a facility. A BIM is a sharedknowledge resource for information about a facility forming a reliable basis for decisions during its life-cycle; defined as existing from earliest conception to demolition. A basic premise of BIM is collaboration by different stakeholders at different phases of the life-cycle of a facility to insert, extract, update or modify information in the BIM. (Cfr. NBIMS - The National Building Information Model Standard Project Committee)

  11. What is the relation between SE & BIM? Systems Engineering (SE) is an interdisciplinaryapproach to enable the realization of successful systems in complex engineering projects . It focuses on defining customer needs and requirement management early in the development cycle. SE deals with work-processes tools to manage risks by documenting requirements, followed by system design and validation, while considering the complete project, over the entire life cycle. SE integrates all disciplines and specialty groups into a team effort forming a structured development process that proceeds from concept to production to operation. (Cfr. INCOSE - The International Council on Systems Engineering) Building Information Modeling (BIM) is a digital representation of physical and functional characteristics of a facility. A BIM is a sharedknowledge resource for information about a facility forming a reliable basis for decisions during its life-cycle; defined as existing from earliest conception to demolition. A basic premise of BIM is collaboration by different stakeholders at different phases of the life-cycle of a facility to insert, extract, update or modify information in the BIM. (Cfr. NBIMS - The National Building Information Model Standard Project Committee)

  12. What is the relation between SE & BIM?

  13. What is the relation between SE & BIM?

  14. What is the relation between SE & BIM?

  15. What is the relation between SE & BIM? ? Goal Solution CAD-Object Function Functie Requirement specification Eis specificatie Propertyperformance

  16. THIS is the relation between SE & BIM? Goal Solution Validation SE-Object CAD-Object Function Verification Requirement specification Propertyperformance BIM

  17. Failure Costs - Solution SE – think in systems, work with a systematicapproach • Processesfor YOUR Project • ApropriateTools (Relatics) • Train, Coach & Guide 3D-design integration in a Building Information Model • BIM Management Plan • CAD Tools foryourneeds • Train, Coach & Guide  Change Management!!!

  18. Systems Engineering – WHAT? TOP-DOWNdevelopments

  19. Systems Engineering – WHAT?

  20. Systems Engineering – Tool FBS WBS SBS RBS OBS Information management during complex projects = Managing thousands relations

  21. Systems Engineering – Relatics • A semanticstructureto store data • Element: Requirement, risk, person, verification, etc. • Property: Describesthe element • Relation: Structuresthe elementsanddefinescontext Activity Has result Is responsiblefor ... • Name • - description- Startdate- Enddate Person Product Is owner of • Name • - Mobile- E-mail • Name • - Description- Status- ...

  22. Systems Engineering – Relatics Risk Mgmt System & Activity Mgmt V&V Mgmt REQ. Mgmt Meetings & Decisions Organisational DMS

  23. Systems Engineering – Relatics

  24. Systems Engineering – Relatics • Instant output of reports, lists,etc. • Risk-file • Change- anddeviation register • Action lists • Output specification • Object specifications • Interface Mgmt • Transmittals

  25. BIM – WHAT? Waarvoorstaat BIM??? 1 Software application? 1 workmethodology? For everyone? -> BIM = 3D-modeling?

  26. BIM – WHAT? Aggregated 3D Model Road/Rail Structures M&E Others 3D-Discipline Models Discipline derived documents CMDB Design & Eng. manager Execution manager HSE Coordinator Responsibility 2D Drawings Generated from 3D (discipline) models Clash reports Setout data Visualisations

  27. BIM - Tools Civil 3D Revit MEP Others Revit Glue Navisworks • Relatics • The Modus • Flexline • … Consistent and ontological content

  28. BIM - Tools Revit Link Objects Integrate Processes Insert Objects Consistency Checks TheModus Relatics Sync Libraries

  29. iBIM – WHY? DesignerStructures Designer Architectural BIM – klassieke benadering Req. Req. Req. Req. IdealizedBIM-model based upon one software-application(eg Revit ) Designer Roads Designer Landscape Req. Req. Designer Installations Designer Cables & Pipes Modeling 3D-data Analyzing BIM-data (properties)

  30. iBIM– WHY? BIM EngineerInterfaces Designer Structures Designer Architectural BIM – klassieke benadering Req. Req. Req. Tekla Revit Req. Req. Integrated BIM model based upon an Integration tool (eg Navisworks) MXROAD Civil 3D Designer Roads Designer Landscape Req. Req. MicroStation AutoCAD Designer Installations Designer Cables & Pipes Modelingn 3D-data Analyzing BIM-data (properties) Integrating 3D-data

  31. iBIM - idea BIM EngineerInterfaces Designer Structures Designer Architectural BIM – klassieke benadering Tekla Revit SE database Req. Req. Req. Integrated BIM model Navisworks Req. Req. MXROAD Civil 3D Designer Roads Designer Landscape Req. Req. MicroStation AutoCAD Designer Installations Designer Cables & Pipes Modeling 3D-data Integrating 3D-data Analyzing BIM/SE-data (Req. + properties)

  32. SE-database (Relatics) Project Management iBIM: samengevat Civil 3D Req. Roads Designer Roads iBC iBC iBC iBC iBC Req. Interfaces Req. Structures Revit iBC Designer Structures Integrated BIM model Navisworks Integrating 3D-data Modeling 3D-data Analyzing BIM/SE-data(Req. + properties) BIM EngineerInterfaces

  33. iBIM from Cradle to Cradle Vision: The SE – BIM Database serves as a guideline during the entire life cycle Concept phase Preliminary design Detailed design Construction Maintenance & Operate SE – BIM Database

  34. iBIM Connectors All relevant information about the object you’re designing BIM Connector = Window on the BIM Database Objecttree Similar like in the SE-database Views inhoud conform Relatics Views content conform SE-Database CAD-Names conform the CAD-application

  35. iBIM Connectors BIM Connector = communicatietool Logbook My Logbook; changemanagement, decisions, ... iPost Redlining using digital i-posts My relevant news: new documents, objects, req.

  36. iBIM in de praktijk – PLAN Outputspecificatie • Align all Stakeholders • Generate a consistent OS • Communicate centrally E0522 - Beun

  37. iBIM in de praktijk – DESIGN D • Define the Scope • Prevent Design errors and Clashes • Get everyone on the same page • Obtain a compliant Design resto C B A

  38. iBIM in de praktijk – DESIGN • Define the Scope • Perform a profound Requirement Analysis • Describe the Scope in Relatics

  39. iBIM in de praktijk – DESIGN • Access the relevant design information directly in your CAD system

  40. iBIM in de praktijk – DESIGN • Verify your design to the requirements directly in your CAD system with up to date information • Ensure Compliance!

  41. iBIM in de praktijk – DESIGN • Enrich your 3D model instantly using Information from Relatics • Store & Share the results in Relatics COLLABORATION

  42. iBIM in de praktijk – BUILD • ReduceRisks & failure Costs • Respect Time and Budget • Manage WP & PaymentProducts • Improve pre-constructionpreparation

  43. iBIM in de praktijk – BUILD • Manage the core-processesusingRelatics • Compliance • Risks • Changes & Deviations • …

  44. iBIM in de praktijk – BUILD • Interface Mgmt • Pro-activevsRe-active • Report in Relatics

  45. iBIM in de praktijk – BUILD Actie Management (Kanban)

  46. iBIM in de praktijk – BUILD Configuratie Management + Baselining

  47. iBIM in de praktijk – Maintain Manage your Assets Monitor & Plan Maintenance Trace original Requirements & Decisions Optimize your Costs & Time Enable knowledge transfer

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