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Samenwerken in BIM
- 1. Samenwerken in BIMRobRoefKubus architecturalsolutionsdirecteur marketingrroef@kubusinfo.nl
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- 3. Samenwerken met het oogop het algemeen belang een bijdrage leveren aan een gezamenlijk resultaat op niveau van een team, entiteit of de organisatie, ook als dat niet onmiddellijk van persoonlijk belang is
- 4. inbijwoordsport in hetspeelveld: de bal is nog in ; in zwang: wintersportvakanties raken steeds meer in ;voorzetselrondwandelen in een park ; iets in een vat gieten ; door de hoofdingang liep hij het park in ;
- 5. BIMBrussels Instituut voorMilieubeheer, de regulator van het Brussels Hoofdstedelijk Gewest.Beroepsvereniging van Insurance/Risk ManagersBuilding InformationModelingBuitengewoon Irritant Modewoord
- 6. Building InformationModeling BIM isde oplossing die maakt dat alle relevante informatie gedurende het hele bouwproces wordt opgeslagen, gebruikt en beheerd in een digitaal (3D) gebouwmodel. Alle partijen die bij het bouwproces betrokken zijn werken met dezelfde informatie. - bron: deBIMspecialist.nl -
- 7. Samenwerken in BIM methet oog op het teambelang, gedurende het hele bouwproces, een bijdrage leveren aan het gezamenlijk digitaal (3D) gebouwmodel, ook als dat niet onmiddellijk van persoonlijk belang is
- 8. Even voorstellenRob Roef directeurmarketing Kubus architecturalsolutionsrroef@kubusinfo.nl , www.kubusinfo.nlSinds 1991 BouwICT’erCivieltechnicus met bovengemiddelde interesse in ontwerpen & marketingNetwerker, Rotterdammer, actief (bestuurs)lid Lighthouse Club, dagvoorzitter, gecommitteerde Hogeschool Breda, mc, vader, echtgenoot, vriend, culinaire genieter, rockmuziek-luisteraar, concert- en festival-bezoeker, fanwww.about.me/robroef
- 9. Kubus architecturalsolutions “Kubus, in1992 opgericht, stelt zich ten doel processen in de bouw te optimaliseren middels BIM, gebruiksvriendelijke sofware en werkprocessen. Onze praktijkgerichte down to earth aanpak en de kwaliteit van onze oplossingen is onderscheidend. Wij zijn o.a. jarenlang distributeur van ArchiCAD in Nederland en België en maker van Kubus Stabu, Nederlands meest gebruikte bestekverwerker.”
- 10. Creatieve, productieve enaangename ontwerpervaringen voor architecten
- 11. 198219891995Pijpleidingennetwerk model vaneen atomaire energiecentrale behulp GDL technologieArchiCAD Teamwork – alseerste in industrieModel gebaseerdesamenwerkingSlimme cursor - een revolutie in de computer / mens interactiesInnovatie door de jaren
- 12. 200720082009Virtual Trace –traditioneleontwerpmethoden binnen computer aided designGRAPHISOFT BIM Server – Design File Sharing via het internet3D Document – 2D annotatie in perspectief en axonometrische viewsInnovatie door de jaren
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- 20. Gebruikers willenméérMarch 22,2004gelijktijdig bewerken van gegevensverhinderd conflicterende bewerkingenveranderingen direct zichtbaar voor gebruikers
- 21. Beperkingen van technologieFileServerHeleProjectFileXXXData Flow:ProjectWerkstations: LAN1
- 22. Beperkingen van technologieOplossing:Terminal ServicesOplossing: WAN optimalisatie
- 23. Beperkingen van technologieVanfileNaar element100 MB(of meer?)100 KB(of minder?)
- 24. Delta-ServerTM technologieBIM ModelServerAlleenaangepaste elementenData Flow:elementenThuis PC: WANWerkstations: LAN1
- 25. Samenwerken evolueertFlexibiliteitProductiviteit sprongCoordinatieBIMServerPapierBIMCAD
- 26. Delta-ServerTM technologieGRAPHISOFT BIMServerBeveiligde gegevens toegang& manipulatie
- 27. Project geschiedenis &back-up
- 28. Minimale belasting vanhet netwerk
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- 31. Flexibel beheer vanlicentiesGRAPHISOFT Project ManagerProject setup
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- 33. Teamleden: project &rol toekenning
- 34. Monitoring Server ActiviteitenDBMSLANDynamischereservering van projectgegevens
- 35. Houd de “ModelLogica”
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- 37. Offline / RemotewerkArchiCAD
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Editor's Notes
- #15 Let me start at the very beginning…Before BIM there was the 2D world where the main advantage in the solutions was coming from the flexibility. Each user when in a team could work at the same time continuously on separate files. Coordination was minimal by xrefs compared manually.Then came the first BIM solutions where coordination of the different drawings derived from the model is done by the software itself. This has the advantage of fewer errors in the documentation phase but the model itself has to be updated continuously. This means that every time a change is effectuated the whole file is updated. The team members have to wait until the changes are sent and then received by all of the team members. This makes the first generation beam collaboration rather inflexible. So let’s leave the question open what will be the big next step next?
- #16 10 years ago it was not a question at allWe were simply selling the Virtual Building concept to our users
- #17 Let me start at the very beginning…Before BIM there was the 2D world where the main advantage in the solutions was coming from the flexibility. Each user when in a team could work at the same time continuously on separate files. Coordination was minimal by xrefs compared manually.Then came the first BIM solutions where coordination of the different drawings derived from the model is done by the software itself. This has the advantage of fewer errors in the documentation phase but the model itself has to be updated continuously. This means that every time a change is effectuated the whole file is updated. The team members have to wait until the changes are sent and then received by all of the team members. This makes the first generation beam collaboration rather inflexible. So let’s leave the question open what will be the big next step next?
- #18 10 years ago it was not a question at allWe were simply selling the Virtual Building concept to our users
- #19 Let me start at the very beginning…Before BIM there was the 2D world where the main advantage in the solutions was coming from the flexibility. Each user when in a team could work at the same time continuously on separate files. Coordination was minimal by xrefs compared manually.Then came the first BIM solutions where coordination of the different drawings derived from the model is done by the software itself. This has the advantage of fewer errors in the documentation phase but the model itself has to be updated continuously. This means that every time a change is effectuated the whole file is updated. The team members have to wait until the changes are sent and then received by all of the team members. This makes the first generation beam collaboration rather inflexible. So let’s leave the question open what will be the big next step next?
- #20 USER EXPECTATIONS
- #22 SLOWSEQEUNTIAL
- #26 Let me start at the very beginning…Before BIM there was the 2D world where the main advantage in the solutions was coming from the flexibility. Each user when in a team could work at the same time continuously on separate files. Coordination was minimal by xrefs compared manually.Then came the first BIM solutions where coordination of the different drawings derived from the model is done by the software itself. This has the advantage of fewer errors in the documentation phase but the model itself has to be updated continuously. This means that every time a change is effectuated the whole file is updated. The team members have to wait until the changes are sent and then received by all of the team members. This makes the first generation beam collaboration rather inflexible. So let’s leave the question open what will be the big next step next?