Virtual Building. M. Koster, Rijnstate Arnhem

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1 Virtual Building M. Koster, Rijnstate Arnhem

2 STREAMER project 2 General EU FP 7 Research Project, 4 years September 2013 until September 2017 European consortium, 20 partners from 7 EU - member states (TNO is Coördinator) Research Hospitals Architects, advisors ICT, FM, Real Estate Construction companies

3 Work packages STREAMER project 3

4 NHS Rotherham, UK Rijnstate, Arnhem, Netherlands AP-HP hospital Paris, France AOU-Careggi Firenze, Florence, Italy

5 Streamer project 5 Demonstration and validation: life case q q Mid-life renovation to replace MEP systems 10,000 m2 extension and new buildings

6 Streamer project 6

7 Streamer project 7

8 STREAMER project Old

9 Streamer project 9 New PoR: through stakeholder participation

10 Streamer project 10

11 Streamer project 11

12 Streamer project 12

13 Streamer project 13

14 Figure 2. Geometrical and attached properties: building typology and layer type (left). The model was created in Revit 2015, exported to IFC and opened in FZK viewer (right). Streamer project 14

15 Figure 3. Properties of a schematic window opening (left). The model was created in Revit 2015, exported to gbxml and opened in FZK viewer (right). Streamer project 15

16 Streamer project 16 Figure 4. Geometrical and attached properties: name and layer type (left). The model was created in Revit 2015, exported to IFC and opened in FZK viewer (right).

17 Figure 5. Rijnstate model in Revit 2015, showing the functional areas of the new and existing building. The colour scheme is set to display the STREAMER layer properties of functional areas.

18 Streamer project 18 Figure 6. Geometrical and attached properties.

19 Figure 6. Geometrical and attached properties (left). The model was created in Revit 2015, exported to IFC and opened in FZK viewer (right).

20 Figure 7. Screenshot of the Rijnstate model in Revit The color scheme is set to display the STREAMER layer properties of rooms by a typical color. Streamer project 20

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22 STREAMER project 22 BIM & GIS (Bouw Informatie Model & Geo Informatie Systeem)

23 What s in it for us? on the job kennismaking nieuwe technieken tbv ontwerpen toets van eerdere berekeningen tbv uitbreidingen en vervanging hoofdinfrastructuur voorbereiden op toekomstige toepassingen BIM (beheer, datamanagement) systeemintegratie Effectiever en efficiënter werken Bijdrage aan Rijnstate bekend als MVO organisatie

24 Virtueel Bouwen met behulp van Building Information Model (meer dan 3D ontwerp) in combinatie met gegevens uit andere systemen (zoals GIS: Geografische Informatie Systeem) verrijken van het BIM model: tbv dashboard informatie aan de voorkant verzamelen Waarom? beperken faalkosten bouw, in vroeg stadium zicht op Life Cycle Costs (L.C.C.) beslissing ondersteuning (keuzes) optimaliseren interne ontwerpproces (pressure cooker) ontwerp ondersteuning (fouten vermijden informatie overdracht) enkelvoudig data invoeren (in 1 keer goed) samenwerkingsmodel aannemers gebruiker begrijpt 3D (makkelijker dan 2D) op termijn: datamanagement gebouwen, 1 systeem voor tekeningen etc. (nu meerdere systemen) STREAMER project 24

25 STREAMER project 25 STREAMER BIM-innovatie BEM (Bouw Energie Model) gekoppeld met BIM

26 Streamer project 26 Voorkomen van faalkosten

27 STREAMER project 27 Actual projects of 4 hospital complexes with real plans for EeB retrofitting or new design: 1. Rijnstate, Arnhem, NL q Mid-life renovation to replace MEP systems q 10,000 m2 extension and new buildings 2. NHS, Rotherham, UK q Upgrade of Building Management Systems q Major improvements in overall building fabric 3. AP-HP, Paris, France q Improvement of logistic and waste systems q Re-arrangement of building spaces 4. Careggi (AOUC), Florence, Italy q Overhaul of electricity and heat distribution q Optimisation of inter-building functions

28 STREAMER project 28 Dashboard KPI Energy KPI CO2 KPI Customer Satisfaction

29 STREAMER project New Operations