Het COINS API tooling project is gefinancierd door de Nederlandse Bouw Informatie Raad. Het levert een API en tool op om COINS in de praktijk te gebruiken. Doelgroep zijn programmeurs.
Complexe e-commerce concepten op basis van open sourcewebwinkelvakdag
Patrick Kieviet, Directeur Icttrainingen.nl & Pim van Gerwen, Sales director / projectbegeleider Q4matics
Icttrainingen.nl koos voor een opensource oplossing bij de bouw van hun webwinkel.
De ecommerce wensen van Icttrainingen.nl waren echter niet in een standaard opensource ‘confectiekostuum’ te passen.
Veel hobbels zijn genomen om van een opensource oplossing een goedzittend ‘maatpak’ te maken.
Pim van Gerwen van Q4matics en Patrick Kieviet van Icttrainingen.nl bespreken de do’s en dont’s bij het ombouwen van een opensource solution naar een maatwerk product en bespreken of het ondanks het maatwerk nog steeds voordelen heeft om gebruik te maken van opensource.
Natuurlijk sparen ze zichzelf hierbij niet. Ze kijken kritisch naar het ontwikkeltraject in de wetenschap dat anderen hier hun voordeel uit halen.
Wat leert u?
- opensource en maatwerk is dit verenigbaar?
- voordelen opensource als basis voor e-commerce maatwerk oplossing
- nadelen open source als basis voor e-commerce maatwerk oplossing
- voorbereiding op het ontwikkelproces
- valkuilen tijdens het ontwikkelproces
- hoe kies je een goede partner om een opensource proces in te gaan
BIMserver.org snippets from the bim acceleration workshop 2014 Orlando, FloridaLéon Berlo
The document discusses Open Source BIM, a collective of open source BIM projects. It describes Open Source BIM's goals of collaborating on shared infrastructure and interconnecting individual tools to create a seamless experience for users. Key projects mentioned include BIMserver.org, an open source platform for collaboration in AEC; BIM Surfer, a WebGL-based viewer; and efforts to standardize interfaces between projects through initiatives like BIMSie. The document encourages contributions to help Open Source BIM's mission of helping the AEC industry collaborate more efficiently.
Complexe e-commerce concepten op basis van open sourcewebwinkelvakdag
Patrick Kieviet, Directeur Icttrainingen.nl & Pim van Gerwen, Sales director / projectbegeleider Q4matics
Icttrainingen.nl koos voor een opensource oplossing bij de bouw van hun webwinkel.
De ecommerce wensen van Icttrainingen.nl waren echter niet in een standaard opensource ‘confectiekostuum’ te passen.
Veel hobbels zijn genomen om van een opensource oplossing een goedzittend ‘maatpak’ te maken.
Pim van Gerwen van Q4matics en Patrick Kieviet van Icttrainingen.nl bespreken de do’s en dont’s bij het ombouwen van een opensource solution naar een maatwerk product en bespreken of het ondanks het maatwerk nog steeds voordelen heeft om gebruik te maken van opensource.
Natuurlijk sparen ze zichzelf hierbij niet. Ze kijken kritisch naar het ontwikkeltraject in de wetenschap dat anderen hier hun voordeel uit halen.
Wat leert u?
- opensource en maatwerk is dit verenigbaar?
- voordelen opensource als basis voor e-commerce maatwerk oplossing
- nadelen open source als basis voor e-commerce maatwerk oplossing
- voorbereiding op het ontwikkelproces
- valkuilen tijdens het ontwikkelproces
- hoe kies je een goede partner om een opensource proces in te gaan
BIMserver.org snippets from the bim acceleration workshop 2014 Orlando, FloridaLéon Berlo
The document discusses Open Source BIM, a collective of open source BIM projects. It describes Open Source BIM's goals of collaborating on shared infrastructure and interconnecting individual tools to create a seamless experience for users. Key projects mentioned include BIMserver.org, an open source platform for collaboration in AEC; BIM Surfer, a WebGL-based viewer; and efforts to standardize interfaces between projects through initiatives like BIMSie. The document encourages contributions to help Open Source BIM's mission of helping the AEC industry collaborate more efficiently.
BIMserver presentation at Digital Mix, BuildingSMART week CopenhagenLéon Berlo
TNO is a large Dutch research organization focused on innovation. It developed the open source BIMserver software to enable centralized collaboration on BIM models using open standards like IFC. The BIMserver allows multiple users to access and work with the latest BIM information in real-time. It has features like merging models, change tracking, querying, and online viewing. An growing community of organizations and developers contribute to its ongoing development.
Introducing to BIM and its benefits across disciplines - Bilal Succar at OICE...Giacomo Bergonzoni
BIM implementation stages within organizations, an overview BIM adoption across a market and how to develop a roadmap sharing the responsability of innovation diffusion.
This document discusses the concept of federated BIM, which involves distributing and connecting various BIM services without a central server. Key points include:
- There is no single central BIM model or server, instead models are distributed across various specialized services.
- Services are connected through events, notifications, and results rather than a single centralized model. When a model is checked in, various remote services can analyze it and return results.
- This creates a new ecosystem and market for niche BIM applications and services. Standardization of APIs between services is important to enable interoperability.
- An example demonstration platform called TheBIMFederation.com is presented to help explain the concept and lower barriers
FACILITATING THE BIM COORDINATOR WITH AUTOMATED DATA COMPLIANCE CHECKINGLéon Berlo
FACILITATING THE BIM COORDINATOR WITH AUTOMATED DATA COMPLIANCE CHECKING.
Presentatie voor de 'expersessie' tijdens de BuildingSMART Benelux workshop over de 'Informatie Levering specificatie'
2 juni 2016 te Ede
This document discusses BIM bots, which are autonomous programs that can extract and apply knowledge from Building Information Modeling (BIM) data without human interaction. BIM bots have characteristics like running independently on their own servers, working automatically, and returning results without interference. Common uses of BIM bots include simulations, coordination, validation, and knowledge mining from BIM data. The document provides examples of existing BIM bots and implications like automating knowledge extraction and allowing for data flows between different bots during work.
This document discusses how bots can automate tasks in building information modeling (BIM) by taking advantage of open web APIs and data. It argues that individual bots providing niche applications can create a new market that is not dependent on any single platform. Bots could perform automated tasks by subscribing to events in the BIM data and being triggered when those events occur. Examples of potential BIM bots include clash detection bots, cost estimation bots, supplier bots, validation checkers, and more. The document advocates shifting away from separate "islands" of collaboration towards this more open ecosystem of interoperable bots.
CIB W78 - Collaborative engineering with IFC in the NetherlandsLéon Berlo
Paper presentation about the use of openBIM (IFC, BCF, etc) in the Netherlands. The presentations shows the process phases of a BIM project and the collaboration iteration cycles.
Paper is online at http://www.stumico.nl/wp-content/uploads/2015_CIB-W078_Collaborative_Engineering.pdf
This document discusses the future of building information modeling (BIM) and the need to move beyond centralized BIM platforms and models. It argues that true integration will not come from getting all stakeholders onto a single "island" or platform, but rather from connecting specialized tools and data sources in a decentralized manner. The future of BIM lies in niche applications that can share data and interoperate to complete tasks, without requiring dependence on a single centralized system. This approach takes advantage of the fragmented nature of the industry and allows features from different sources to be combined.
5 Things (maybe) surprising things you (might) not know about BIM:
- BIM is not Revit, and Revit is not BIM
- There is no central BIM model
- "BIM does not enhance collaboration”
- You don’t need a special BIM manager
- and others....
Introduction to open source BIM tools from opensourcebim.orgLéon Berlo
- Open Source BIM is a collective of open source projects that aims to help the architecture, engineering, and construction industry collaborate more efficiently through interoperable tools.
- Key projects include BIMserver.org, an open source platform for collaboration using building information modeling (BIM) data; BIM Surfer, a WebGL application for viewing BIM models in a web browser; and efforts to standardize interfaces between tools.
- The goal is to lower barriers for developers to create niche applications that integrate with the core platform, with the overall mission of helping the AEC industry collaborate more effectively.
The document discusses innovations in using building information modeling (BIM) data. It describes how the Elasstic platform aims to automate the interaction between BIM data and BIM simulations to enable faster design iteration, better performance insight, and an ecosystem for smaller applications. Key features of Elasstic BIM include running individual simulations on separate servers, automating the process to obtain knowledge/results earlier, using open standards, and having agreements on data interfacing.
BIMSERVER.ORG – AN OPEN SOURCE IFC MODEL SERVER, 2010Léon Berlo
The document introduces BIMSERVER.ORG, an open source IFC model server project. It provides a brief overview of existing IFC toolkits and model servers. The project uses an implementation-independent meta-model from IFC schemas to generate early-binding classes. It enables storage, maintenance, and querying of IFC-based building information models to support collaboration. The architecture includes layers for data parsing/generation, persistence, and services that allow for replaceable components.
BIM Show Live 2015 - Collaboration and IFC in the NetherlandsLéon Berlo
This document discusses collaborative design and engineering using Industry Foundation Classes (IFC) in the Netherlands. It describes how research found that having a central shared model is not necessary or preferable for collaboration. Instead, the concept of reference models where each party shares only what is needed for others to do their work is more effective. Examples show how different parties can export tailored IFC views from their models for coordination. National BIM guidelines have been developed that outline how to collaborate using discipline models and IFC data exchange without a single shared model.
20151112 CITA BIM Gathering Keynote DublinLéon Berlo
Leon van Berlo discusses collaborative engineering using Industry Foundation Classes (IFC). Some key points:
- IFC allows sharing of building information models through a common data format, enabling collaboration without a "central model."
- Past studies found using reference models with IFC lowered BIM competence needs and choosing tools based on engineering skills rather than specific software was preferred.
- True collaboration requires understanding what data others need rather than focusing on centralized platforms or standardized BIM execution plans.
- Current BIM practices often work well without top-down policies, instead relying on proven bottom-up approaches and letting high-level users guide discussions.
International BIM Implementation for The Saudi Big 5Saad Al Jabri
This lecture highlights international high-level principles around how to implement and use BIM in the design, construction and operation of the built environment, including Aspects of procurement management and asset management. It is intended that these principles be used as a comprehensive framework for individuals and organisations.
Therefore, I advise any professional or firm considering using BIM to attend the lecture.
BIMserver presentation at Digital Mix, BuildingSMART week CopenhagenLéon Berlo
TNO is a large Dutch research organization focused on innovation. It developed the open source BIMserver software to enable centralized collaboration on BIM models using open standards like IFC. The BIMserver allows multiple users to access and work with the latest BIM information in real-time. It has features like merging models, change tracking, querying, and online viewing. An growing community of organizations and developers contribute to its ongoing development.
Introducing to BIM and its benefits across disciplines - Bilal Succar at OICE...Giacomo Bergonzoni
BIM implementation stages within organizations, an overview BIM adoption across a market and how to develop a roadmap sharing the responsability of innovation diffusion.
This document discusses the concept of federated BIM, which involves distributing and connecting various BIM services without a central server. Key points include:
- There is no single central BIM model or server, instead models are distributed across various specialized services.
- Services are connected through events, notifications, and results rather than a single centralized model. When a model is checked in, various remote services can analyze it and return results.
- This creates a new ecosystem and market for niche BIM applications and services. Standardization of APIs between services is important to enable interoperability.
- An example demonstration platform called TheBIMFederation.com is presented to help explain the concept and lower barriers
FACILITATING THE BIM COORDINATOR WITH AUTOMATED DATA COMPLIANCE CHECKINGLéon Berlo
FACILITATING THE BIM COORDINATOR WITH AUTOMATED DATA COMPLIANCE CHECKING.
Presentatie voor de 'expersessie' tijdens de BuildingSMART Benelux workshop over de 'Informatie Levering specificatie'
2 juni 2016 te Ede
This document discusses BIM bots, which are autonomous programs that can extract and apply knowledge from Building Information Modeling (BIM) data without human interaction. BIM bots have characteristics like running independently on their own servers, working automatically, and returning results without interference. Common uses of BIM bots include simulations, coordination, validation, and knowledge mining from BIM data. The document provides examples of existing BIM bots and implications like automating knowledge extraction and allowing for data flows between different bots during work.
This document discusses how bots can automate tasks in building information modeling (BIM) by taking advantage of open web APIs and data. It argues that individual bots providing niche applications can create a new market that is not dependent on any single platform. Bots could perform automated tasks by subscribing to events in the BIM data and being triggered when those events occur. Examples of potential BIM bots include clash detection bots, cost estimation bots, supplier bots, validation checkers, and more. The document advocates shifting away from separate "islands" of collaboration towards this more open ecosystem of interoperable bots.
CIB W78 - Collaborative engineering with IFC in the NetherlandsLéon Berlo
Paper presentation about the use of openBIM (IFC, BCF, etc) in the Netherlands. The presentations shows the process phases of a BIM project and the collaboration iteration cycles.
Paper is online at http://www.stumico.nl/wp-content/uploads/2015_CIB-W078_Collaborative_Engineering.pdf
This document discusses the future of building information modeling (BIM) and the need to move beyond centralized BIM platforms and models. It argues that true integration will not come from getting all stakeholders onto a single "island" or platform, but rather from connecting specialized tools and data sources in a decentralized manner. The future of BIM lies in niche applications that can share data and interoperate to complete tasks, without requiring dependence on a single centralized system. This approach takes advantage of the fragmented nature of the industry and allows features from different sources to be combined.
5 Things (maybe) surprising things you (might) not know about BIM:
- BIM is not Revit, and Revit is not BIM
- There is no central BIM model
- "BIM does not enhance collaboration”
- You don’t need a special BIM manager
- and others....
Introduction to open source BIM tools from opensourcebim.orgLéon Berlo
- Open Source BIM is a collective of open source projects that aims to help the architecture, engineering, and construction industry collaborate more efficiently through interoperable tools.
- Key projects include BIMserver.org, an open source platform for collaboration using building information modeling (BIM) data; BIM Surfer, a WebGL application for viewing BIM models in a web browser; and efforts to standardize interfaces between tools.
- The goal is to lower barriers for developers to create niche applications that integrate with the core platform, with the overall mission of helping the AEC industry collaborate more effectively.
The document discusses innovations in using building information modeling (BIM) data. It describes how the Elasstic platform aims to automate the interaction between BIM data and BIM simulations to enable faster design iteration, better performance insight, and an ecosystem for smaller applications. Key features of Elasstic BIM include running individual simulations on separate servers, automating the process to obtain knowledge/results earlier, using open standards, and having agreements on data interfacing.
BIMSERVER.ORG – AN OPEN SOURCE IFC MODEL SERVER, 2010Léon Berlo
The document introduces BIMSERVER.ORG, an open source IFC model server project. It provides a brief overview of existing IFC toolkits and model servers. The project uses an implementation-independent meta-model from IFC schemas to generate early-binding classes. It enables storage, maintenance, and querying of IFC-based building information models to support collaboration. The architecture includes layers for data parsing/generation, persistence, and services that allow for replaceable components.
BIM Show Live 2015 - Collaboration and IFC in the NetherlandsLéon Berlo
This document discusses collaborative design and engineering using Industry Foundation Classes (IFC) in the Netherlands. It describes how research found that having a central shared model is not necessary or preferable for collaboration. Instead, the concept of reference models where each party shares only what is needed for others to do their work is more effective. Examples show how different parties can export tailored IFC views from their models for coordination. National BIM guidelines have been developed that outline how to collaborate using discipline models and IFC data exchange without a single shared model.
20151112 CITA BIM Gathering Keynote DublinLéon Berlo
Leon van Berlo discusses collaborative engineering using Industry Foundation Classes (IFC). Some key points:
- IFC allows sharing of building information models through a common data format, enabling collaboration without a "central model."
- Past studies found using reference models with IFC lowered BIM competence needs and choosing tools based on engineering skills rather than specific software was preferred.
- True collaboration requires understanding what data others need rather than focusing on centralized platforms or standardized BIM execution plans.
- Current BIM practices often work well without top-down policies, instead relying on proven bottom-up approaches and letting high-level users guide discussions.
International BIM Implementation for The Saudi Big 5Saad Al Jabri
This lecture highlights international high-level principles around how to implement and use BIM in the design, construction and operation of the built environment, including Aspects of procurement management and asset management. It is intended that these principles be used as a comprehensive framework for individuals and organisations.
Therefore, I advise any professional or firm considering using BIM to attend the lecture.
Open source is wijdverspreid en geniet veel aandacht. Deze presentatie is gegeven op een open dag van de open universiteit en gaat in op de verschillende aspecten van open source en open source communities.
SPSNL17 - Integratie van Microsoft Teams met het Bot Framework - Michael Homp...DIWUG
In deze sessie zal er verteld worden over de integratie mogelijkheden met het Office365 platform, specifiek Microsoft Teams. Aan de hand van een scenario worden jullie meegenomen in het Microsoft Bot Framework en de integratie met Microsoft Azure / Office365 producten.
Er zal worden toegelicht hoe de integratie tussen Microsoft Bot Framework en Microsoft Teams opgezet kan worden. Daarnaast zal er meer verteld worden over hoe het Microsoft Bot Framework met de achterliggende Microsoft IoT producten geïntegreerd kan worden. Hoe maak je een dergelijk chatbot en waar moet je eigenlijk allemaal op letten, tegen welke limieten kom je tegen, hoe werkt de authenticatie? Dat zijn allemaal antwoorden die je krijgt in deze sessie!
ECPPM Keynote: don't forget about data consumptionLéon Berlo
Slides of the ECPPM Trondheim keynote titles "Don't forget about import".
This shows the future vision of buildingSMART standards and solutions, and the pathway to get from today's situation to that future.
20200903 The 2020 buildingSMART Data Dictionary prototype (bSDD)Léon Berlo
The document discusses buildingSMART's Data Dictionary (bSDD) Version 5 API. It provides a safe harbour statement noting forward-looking statements are subject to risks and uncertainties. It lists reasons for a new bSDD as usability, new insights from use cases, and updated standards. It then discusses various aspects of bSDD including spatial structure, object types like buildings and classifications, the use of IFC and property sets, and hosting and using bSDD.
November 26, 2019
IFC needs to become more modulair (again). These slides present the first consensus on how to do that, and shares some questions that need to be answered.
Collaboration with BIM: Stop being efficient, start being effectiveLéon Berlo
This document discusses moving from being efficient to being effective in building information modeling (BIM) projects. It provides examples of highly detailed BIM projects using IFC data formats for modeling, quotations, rule checking, logistics, fire safety analysis, and simulations. Lessons learned include not letting the means become the goal, that data alone does not equal collaboration, and data is only useful when used effectively. The future of construction is predicted to have more available data, automation through robotics and niche applications, and a greater need for knowledge of both engineering and data. Organizations must learn to work effectively with increasingly complex technologies and changing processes rather than just focusing on efficiency.
GEO Desing + BIM Conference: Data sharing is not collaborationLéon Berlo
Shared data and BIM models are not the same as collaboration. A shared data model refers to creating agreements on how data will be standardized and shared, not shared databases or model instances. True collaboration requires each party to focus first on their own work and understanding what information others need from them, rather than assuming shared access to data leads automatically to collaboration. Technology like cloud computing and work sharing supports coordination but does not replace the need for professionals to bring their expertise and craftsmanship to cooperatively solve problems.
20181012 Collaborative Design and Engineering with IFCLéon Berlo
Collaborative Design and Engineering discusses the history and current practice of BIM collaboration and possible future directions. It notes that currently there is a split between policymakers who see BIM as a goal and practitioners who see it as a tool. The document advocates that mandating standards often lags practice and that collaboration is best achieved by focusing on stakeholders' actual needs rather than imposing top-down requirements. It provides examples of large successful collaborative BIM projects in the Netherlands that worked without formal standards by prioritizing data sharing through open standards.
This document discusses the differences and similarities between CityGML and BIM (Building Information Modeling) standards. Both use 3D primitives to represent building components but CityGML focuses on observable surfaces while BIM uses solid geometry. It describes an attempt called GEOBIM ADE to extend CityGML to include more BIM-level detail. However, the prototype had issues with geometry and file sizes and was not widely adopted. Current research still focuses more on geometry and visualization rather than practical applications.
2017 Q1 - BIMserver introduction and overviewLéon Berlo
BIMserver.org introduction and overview. The background, architecture and vision of the platform. Also examples of products that use (or are based on) BIMserver.
2. De opdracht
Situatie:
COINS gaat ‘voorgeschreven’ worden door opdrachtgevers in NL
Momenteel alleen specifieke tools voor gebruik van COINS
Iedereen ontwikkeld eigen tools (ook dingen die generiek kunnen)
Drempel is hoog om met COINS te beginnen als het niet ‘moet’
Mogelijke oplossing:
Generiek onderdeel van tooling ontwikkelen en beschikbaar stellen
“Referentie implementatie”
Opstapje bieden voor de markt
“Community” creëren voor de tools die iedereen sowieso moet maken
3. Uitganspunten
Doelstelling ván het project
Het verlagen van de drempel om in de praktijk de COINS standaard
werkmethodiek toe te kunnen passen.
Doelstelling ín het project
Het ontwikkelen van een softwaretool welke programmeurs
ondersteunt tijdens de implementatie van de COINS standaard
werkmethodiek in hun eigen software.
Context
Financiering van de BIR
Planning gedreven door SAA voortgang
5. Onderwerpen
Welke “API calls” zijn van toegevoegde?
Wat zijn toekomstige scenario’s voor deze COINS tool om nu al
rekening mee te houden?
Wat is een typisch use-case scenario waar programmeurs de COINS
tool voor (zouden) gebruiken?
Waaraan moet de COINS tool voldoen om zoveel mogelijk
programmeurs te ondersteunen?
Op wat voor manier kan de tool worden gepubliceerd om zo breed
mogelijk gedragen te worden?
Hoe beïnvloed de ontwikkeling van de COINS tool de inhoud van het
COINS 2.0 model?
6. Welke “API calls” zijn van toegevoegde?
Wat zijn toekomstige scenario’s voor deze COINS tool om nu al
rekening mee te houden?
Wat is een typisch use-case scenario waar programmeurs de
COINS tool voor (zouden) gebruiken?
Waaraan moet de COINS tool voldoen om zoveel mogelijk
programmeurs te ondersteunen?
Op wat voor manier kan de tool worden gepubliceerd om zo
breed mogelijk gedragen te worden?
Hoe beïnvloed de ontwikkeling van de COINS tool de inhoud van het
COINS 2.0 model?
8. Marktconsultatie: COINS tooling
Performance
referentiekaders
Coins 2.0?
Database ipv fat client
projectID
Controle niet door tools
Multi user
Triple store
aanleveren bestanden via aparte interface
macros
encoding
Generiek ipv specifiek
OTL
Aansluiting interne processen
9. Beoogde oplossing
(Meer) focus op linked data / web
Tool bruikbaar in interne processen (niet alleen cointainers maken)
Open source tool
API calls voor alle objecten in kernmodel
Database tool met service layer en interface layer
Caching (performance)
Geen GUI (of alleen een technische tbv documentatie)
Gebruik van generieke standaarden (Autorisation, versioning, caching)
11. Planning
Constant resultaat te volgen op github.com/opensourceCOINS
Eerste “formele” release eind augustus (tool + API + documentatie)
Dan 2 weken testen en use-case voorbeeld uitwerken
(samen met de markt!)
Update half september (tool + API + documentatie + rapport)
“Event” half oktober (presentatie + event)