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BIM Integration with Iot Sensors

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BIM Integration with Iot Sensors 1 – 2 November 2018 Novotel Amsterdam City, The Netherlands THEME: Enabling Tomorrow’s Connected Infrastructure Mieczyslaw (Mitch) Boryslawki Co-Founder Executive Director EcoDomus BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors While building information modeling (BIM) is widely embraced by the architectural, engineering and construction (AEC) industry, BIM adoption in facilities management (FM) is still relatively new and limited. BIM deliverables from design and construction generally do not fulfill FM needs unless they are clearly specified and carefully managed.. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Bi-Directional Transfer of Meta Data via API Enterprise Resource Planning (ERP) Oracle Financials, SAP R/3, NetSuite, IFS, Microsoft Dynamics, Infor, etc. Building Information Model (BIM) Geographical Information Autodesk Revit, Bentley AECOsim, System (GIS) Graphisoft ArchiCAD, Tekla, IFCs ESRI ArcGIS, Google Maps , Oracle Spatial Space Management (CAFM/IWMS) Project Management (PM) Oracle Unifier, TRIRIGA, ARCHIBUS, Oracle Unifier, Procore, PMWeb Planon, Manhattan, etc. Aconex, Prolog, e-Builder, etc. Maintenance Management Building Automation System (CMMS) (BAS) Honeywell EBI, Siemens Apogee, IBM Maximo, Oracle Unifier FMRE, Schneider Electric StruxureWare, FSI, TMA, AssetWorks, Anacle, etc. OPC, BACnet, etc. Electronic Document Management Systems (EDMS) Documentum, Alfresco, Lascom, Autodesk A360, Aconex, ProjectWise, etc. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors iPaD EcoDomus Mobile Interface BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Smart Phone EcoDomus Mobile Interface BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Client Meta Data Delivery Requirements BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors EMPA/NEST A Living Lab. Exploring the Future of Buildings BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors EMPA/NEST Laser scan of the Mechanical Space BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors EMPA/NEST Digital Model of the Mechanical Space BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Jump to any location within See the real-time and historical values from the the building using viewpoints. corresponding sensors. EcoDomus Interface BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute 55 742 M.Square BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Boilers HVAC Chillers Electrical Laboratory IT BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute META DATA Existing Drawings Laser Scanning Technical Documentations Fabrication Models BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Visualization Information Having the Exhaust System in BIM, separated into colored subsystems (subsystem 100 is purple, subsystem 200 is red), allows the Janelia Facilities Group to easily identify which parts of the system deliver air flow to specific spaces. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Visualization Information Having the Exhaust System in BIM, separated into colored subsystems (subsystem 100 is purple, subsystem 200 is red), allows the Janelia Facilities Group to easily identify which parts of the system deliver air flow to specific spaces. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Visualization Information Having the Exhaust System in BIM, separated into colored subsystems (subsystem 100 is purple, subsystem 200 is red), allows the Janelia Facilities Group to easily identify which parts of the system deliver air flow to specific spaces. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Building Information Model Content Balance of Details, Information and accuracy. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Saturating model with information to provide clear Data visualization BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Interconnecting Model with P&ID Diagrams and sensors BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Building Information Model (BIM) Environment FUTURE Classic Database Integrated Database Ecosystem PAST PRESENT Lifecycle Oriented Building Information Model Creating Robust Data Structure that can be utilized next 30 - 40 years. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Howard Hughes Medical Institute Safety in Operation Illustrating Energy Control Procedures (ECP) documents When included in an ECP, this BIM of a chiller can help technicians in the field quickly locate and safely repair equipment. BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors The Facilities Group responsible for the (HHMI) expects any BIM platform to provide value in operations and maintenance. Their BIM vision goes beyond transferring BIM data to computerized maintenance management software (CMMS) and integrated workplace management system (IWMS) platforms. Instead, (HHMI) creates and maintains FM-capable BIM, utilizes the models to solve operational challenges and improves safety and efficiency in various ways, including engineering analysis for heating, ventilation and air conditioning (HVAC), electrical and plumbing; building automation systems (BAS) analysis; operational impact analysis; and BIM-aided operation safety. Grace Wang, Mark Philip and Mark McKinley BIM Cloud Worksharing for Integrated Project Delivery: BIM Integration with IoT sensors Driven by its BIM vision, the Facilities Group maintains a BIM strategic planning process to prioritize organizational goals and establish BIM objectives for planning, design, construction and operation. This detailed planning process helps the Group achieve improved clarity of key BIM competencies and priorities. Janelia developed a BIM roadmap with actionable tasks and defined milestones. The Facilities Group is working on a Construction Operations Building information exchange (COBie)-based BIM and CMMS integration, as well as utilizing BIM for space management. The Group also is exploring shutdown scheduling via 4D simulation of shutdown impacts on related systems, asset management integration to enable asset allocation and tracking and visualization of condition assessment information. Grace Wang, Mark Philip and Mark McKinley Thank you. Questions? Mieczyslaw (mitch) Boryslawki Co-Founder Executive Director EcoDomus [email protected] +14157067200 USA +48696203343 EU +971503491665 UAE.
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