DOCSLIB.ORG

Review of the Development and Implementation of IFC Compatible BIM

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Review of the Development and Implementation of IFC Compatible BIM Illustration: Rambøll Review of the Development and Implementation of IFC compatible BIM Erabuild 2008 Erabuild AUTHORS: Arto Kiviniemi, VTT Väino Tarandi, Eurostep Jan Karlshøj, Rambøll Håvard Bell, SINTEF Ole Jørgen Karud, SINTEF ERABUILD FUNDING ORGANISATIONS: Copyright is held by the Erabuild funding organisations. Erabuild TABLE OF CONTENTS 1 Executive Summary ..........................................................................................................................3 1.1 Technology................................................................................................................................3 1.2 Open International Standards................................................................................................3 1.3 Necessary Future Steps...........................................................................................................4 1.3.1 Technical Recommendations .......................................................................................4 1.3.2 Process Recommendations...........................................................................................4 1.3.3 Political Recommendations..........................................................................................5 2 Introduction........................................................................................................................................6 2.1 Technology................................................................................................................................6 3 List of Terms ......................................................................................................................................8 4 Methodology....................................................................................................................................10 4.1 The Survey ..............................................................................................................................10 4.2 Interviews ...............................................................................................................................10 4.3 Existing reports ......................................................................................................................10 4.4 Our own experience ..............................................................................................................10 5 Area 1 ‐ State of the art regarding development, implementation and deployment of BIM and IFC.....................................................................................................................................11 5.1 What is the state of art in regard of development/research of BIM?..............................14 5.1.1 Development and standardisation within IAI ........................................................14 5.1.2 Development at universities and research organizations......................................15 5.1.3 Development by public owners.................................................................................16 5.1.4 Development in private companies ..........................................................................17 5.1.5 BIM applications..........................................................................................................17 5.2 What is the state of art in regard of IFC compatibility? ...................................................25 5.2.1 The certification process of today..............................................................................25 5.2.2 The new certification process.....................................................................................26 5.2.3 Availability of IFC2x3 compliant software ..............................................................30 5.2.4 Free Tools......................................................................................................................36 5.3 What is the state of art in regard of modelling standards/ guides in different countries which enables exchange of BIM in consensus? ................................................37 5.4 How many major clients demand object modelling in 3D in a significant part of their construction works and what is their (approximate) market share? ....................39 5.5 How many clients demand IFC exchange in their construction works, and what is their (approximate) market share? ......................................................................................41 5.6 How many clients prescribe specific modelling standards / guidelines in their construction works?...............................................................................................................42 5.7 To what degree do universities and other public teaching facilities educate people in BIM technology..................................................................................................................42 5.8 To what degree have the private construction companies (incl. building material companies) adopted BIM technology in their line of business .......................................44 5.9 Deployment of BIM and IFC today.....................................................................................44 6 Area 2 ‐ Lessons learned on the process of development and implementation of BIM and IFC..............................................................................................................................................46 6.1 BIM seen from a Technical perspective ..............................................................................46 6.1.1 BIM technical findings ................................................................................................47 6.1.2 Conclusions regarding the technical aspect of BIM................................................48 1 Erabuild 6.2 Drives for BIM and main obstacles .....................................................................................48 6.2.1 Drivers for BIM ............................................................................................................49 6.2.2 Obstacles for adopting BIM........................................................................................50 6.2.3 Conclusions regarding drivers and main obstacles................................................50 6.3 IFC seen from a Technical Perspective ...............................................................................51 6.3.1 IFC technical findings .................................................................................................51 6.3.2 Conclusions regarding technical aspect of IFC .......................................................53 6.4 Drives for IFC and main obstacles.......................................................................................53 6.4.1 Drivers for IFC .............................................................................................................53 6.4.2 Obstacles for adopting IFC.........................................................................................54 6.4.3 Conclusions regarding drivers and main obstacles for IFC ..................................55 7 Area 3 ‐ Necessary future steps to move towards the use of integrated BIM processes....56 7.1 Basic problem and drivers....................................................................................................56 7.1.1 Basic dilemma ..............................................................................................................56 7.1.2 Effects of public and private interest and funding .................................................57 7.1.3 Drivers for development, implementation and deployment of integrated BIM 58 7.1.4 Business Drivers ..........................................................................................................59 7.2 Existing obstacles and actions needed................................................................................61 7.2.1 Technical issues and functionalities of integrated BIM..........................................61 7.2.2 Process and contractual issues of integrated BIM...................................................69 7.2.3 Human issues of integrated BIM...............................................................................71 7.3 Prioritized steps – some potential roadmaps towards integrated BIM processes........72 7.3.1 Strong private demand: Integrated BIM in the core of companies’ strategy ......73 7.3.2 Strong public demand: ’Infrastructure’ for integrated BIM ..................................75 7.3.3 Strong public and private interest and funding for integrated BIM ....................76 7.4 Conclusions of Area 3: Necessary future steps to move towards the use of integrated BIM processes......................................................................................................78 8 Conclusion........................................................................................................................................79 8.1 Current Status and Lessons Learned ..................................................................................79 8.2 Necessary Future Steps.........................................................................................................79 8.2.1 Technical Recommendations .....................................................................................79 8.2.2 Process Recommendations.........................................................................................80 8.2.3 Political Recommendations........................................................................................80
Load more

Recommended publications
  • Based Building Energy Simulation
    PAVING THE WAY FOR EXHAUSTIVE AND SEAMLESS BIM- BASED BUILDING ENERGY SIMULATION Sylvain Robert, senior researcher, [email protected] CEA LIST, Information, signal and sensors departement, Gif-sur-Yvette, France Bruno Hilaire, senior researcher, [email protected] Paul Sette, senior researcher, [email protected] Souheil Soubra, head of division, [email protected] Centre Scientifique et Technique du Bâtiment (CSTB), Mod-Eve division, Sophia-Antipolis, France ABSTRACT This paper presents an on-going work, which aims at improving the support for BIM-based energy simulation. The contribution is twofold. Firstly, a discussion about BIM-based energy simulation is provided, with an in-depth review of the state-of-the-art and a synthetic highlighting of the main related research issues, i.e. provision of an extensive IFC toolkit to perform the various translations and to make the link with BIM-based collaborative work support; validation of IFC models (completeness and correctness) and translation into the data formats used by the simulation tools; enrichment of IFC to enable exhaustive description of building elements and HVAC systems; user interfaces and usability. Then, the paper focuses on the issue of HVAC systems BIM descriptions and gives the result of a study performed on the capabilities of the IFC in this matter. This study entailed reviewing the properties and parameters needed to describe HVAC systems in a representative selection of simulation environments, and proposing ways to describe accordingly the systems in IFC (relying on proper enrichment of native IFC constructs). From these two contributions, the paper draws conclusions about the limitations of current support, and about the directions to take to fully enable BIM-based energy simulations.
    [Show full text]
  • (BIM) Adoption and Implementation in Ghana
    KWAME NKRUMAH UNIVERSITY OF SCIENCE AND TECHNOLOGY, KUMASI, GHANA COLLEGE OF ART AND BUILT ENVIRONMENT DEPARTMENT OF CONSTRUCTION TECHNOLOGY AND MANAGEMENT Building Information Modeling (BIM) Adoption and Implementation in Ghana by Emmanuel Osei Bonsu BSc. (Hons.) Civil Engineering (PG9188217) A Thesis Submitted to the Department of Construction Technology and Management, College of Art and Built Environment in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE in CONSTRUCTION MANAGEMENT. September 2018 DECLARATION I hereby declare that this submission is my own work and that, to the best of my knowledge and belief, it contains no material previously published or written by another person nor material which to a substantial extent has been accepted for the award of any other degree or diploma at Kwame Nkrumah University of Science and Technology, Kumasi or any other educational institution, except where due acknowledgment is made in the thesis. Emmanuel Osei Bonsu …………………………… … ………………..………… (PG 9188217) Signature Date (Name and PG) Certified by: Dr. Alex Acheampong …………………………… … ………………..………… (Supervisor) Signature Date Certified by: Prof. Bernard K. Baiden …………………………… … ………………..………… (Head of Department) Signature Date i ABSTRACT Building Information Modeling (BIM) has been in the Architectural Engineering and Construction (AEC) industry over the world for the past decade and has gain roots in the developed countries. Countries who have advanced in the use of BIM have already benefited from its advantages which include productivity, reduction of errors and value for money. In developing countries and for that matter Ghana, the awareness and use of BIM is very low, therefore having a negative effect on the AEC industry. There is therefore the need to promote BIM awareness in the country.
    [Show full text]
  • 2002-060-B Paramtric Report
    QUT Digital Repository: http://eprints.qut.edu.au/26912 CRC for Construction Innovation (2005) Parametric building development during early design stage. CRC for Construction Innovation, Brisbane. The Participants of the CRC for Construction Innovation have delegated authority to the CEO of the CRC to give Participants permission to publish material created by the CRC for Construction Innovation. This delegation is contained in Clause 30 of the Agreement for the Establishment and Operation of the Cooperative Research Centre for Construction Innovation. The CEO of the CRC for Construction Innovation gives permission to the Queensland University of Technology to publish the papers/publications provided in the collection in QUT ePrints provided that the publications are published in full. Icon.Net Pty Ltd retains copyright to the publications. Any other usage is prohibited without the express permission of the CEO of the CRC. The CRC warrants that Icon.Net Pty Ltd holds copyright to all papers/reports/publications produced by the CRC for Construction Innovation. Parametric Building Development during Early Design Stage Research Report 2002-060-B The research described in this report was carried out by : Project Leader Mr John Crawford Team Members Mr David Marchant Mr Fergus Hohnen Mr Peter Bowtell Mr John Legge-Wilkinson Researchers Ms Fanny Boulaire Prof. Mark Burry Mr Julian Canterbury Mr John Crawford Mr Robin Drogemuller Dr Alison Fairley Ms Loretta Kivlighon Mr John Mashford Ms Cheryl McNamara Dr Gerardo Trinidad Project Affiliate Mr John Haymaker (CIFE, Stanford) Research Program B :Sustainable Built Assets Project 2002-060-B Parametric Building Development during Early Design Stage March 2005 Disclaimer The Client makes use of this Report or any information provided by the Cooperative Research Centre for Construction Innovation in relation to the Consultancy Services at its own risk.
    [Show full text]
  • BIM Software List.Xlsx
    7D Maintenance & MANIFACTURES 3D Modeling 4D Scheduling 5D Costi 6D Sustainability Operation Architecture Structure MEP Viewer Rendering Management AUTODESK Revit Naviswork Manage Naviswork Manage Vasari Builng OPS Revit Revit Revit A360 3D Studio BIM 360 DOC AUTODESK Infrawork 360 Green Building Studio Robot Structural Analysis BIM 360 Field AUTODESK AutoCAD Civil 3D Ecotect Analysis Advanced Concrete AUTODESK AutoCAD Architecture Advanced Steel BENTLEY SYSTEMS AECOsim Building Designer Navigator ConstructSim Hevacomp AssetWise RAM Hevacomp Bentley View Luxology ProjectWise BENTLEY SYSTEMS MicroStation AECOsim Energy Simulator Bentley Facilities STAAD Navigator BENTLEY SYSTEMS OpenRoads BENTLEY SYSTEMS ProStructures BENTLEY SYSTEMS Generative Components ProSteel Hevacomp NEMETSCHEK Allplan Nevaris EcoDesigner STAR Crem Solution Scia Data Design System Solibri Model Cheker Maxon NEMETSCHEK Graphisoft ArchiCAD ArchiFM PreCast MEP Modeler Solibri Model Viewer NEMETSCHEK Vectorworks Frilo Software BIMx TRIMBLE SketchUp Pro Vico Office Vico Office Sefaira Tekla BIM Sight Tekla Structures DuctDesigner 3D Tekla BIM Sight Project Management TRIMBLE PipeDesigner 3D SketUp Viewer Trimble Connect DASSAULT SYSTÈMES Solidworks Solidworks Enovia DASSAULT SYSTÈMES Catia Midas Information Technology Midas Design Midas Gen CSI SAFE CSI SAP2000 CSI ETABS ARKTEC Gest Mideplan Gest Mideplan Tricalc DIAL DIALux DesignBuilder Design Builder IES VE‐Pro RIB SOFTWARE iTWO iTWO iTWO RIB SOFTWARE Presto Cost‐it Beck Technology DESTIN IEstimator Micad Global Group
    [Show full text]
  • BIM): Australian Perspectives and Adoption Trends
    Research Report Building Information Modelling (BIM): Australian Perspectives and Adoption Trends September 2012 Building Information Modelling (BIM): Australian Perspectives and Adoption Trends Report prepared by: Associate Professor Graham Brewer Dr Thayaparan Gajendran Dr Raichel Le Goff Centre for Interdisciplinary Built Environment Research School of Architecture and Built Environment The University of Newcastle Prepared for: Tasmanian Building and Construction Industry Training Board 2 Building Information Modelling (BIM): Australian Perspectives and Adoption Trends Table of Contents 1. Overview of BIM in Australia ..............................................................................................1 2. Commissioned Reports on BIM: The Intent .........................................................................3 2.1 Issues Paper: Digital Modelling and the Built Environment- June 2010 ..........................3 2.2 Productivity in the Building Network: Assessing the impacts of BIM- October 2010.......3 2.3 BIM in Australia: A report on BIM and IPD forums – December 2010.............................3 2.4 National Building Information Modelling Initiative - June 2012 .....................................4 2.5 BIM-MEPAUS Road Map 2012 Parliamentary Launch- August 2012...............................4 3. Continuing National BIM initiatives.....................................................................................5 3.1 IAI and buildingSmart Initiatives ...................................................................................5
    [Show full text]
  • Bridge Information Modeling (Brim) Using Open Parametric Objects Publication No
    Bridge Information Modeling (BrIM) Using Open Parametric Objects Publication No. HIF-16-010 This page intentionally left blank. 1. Report No. 2. Government Accession No. 3. Recipient’s Catalog No. FHWA-HIF-16-010 XXX XXX 4. Title and Subtitle 5. Report Date Bridge Information Modeling (BrIM) Using Open Parametric Objects December 2015 6. Performing Organization Code XXX 7. Author(s) 8. Performing Organization Report No. Bartholomew, Michael XXX Blasen, Benjamin Koc, Ali 9. Performing Organization Name and Address 10. Work Unit No. CH2M XXX 1100 NE Circle Blvd. Suite 300 11. Contract or Grant No. Corvallis, OR 97330 DTFH61-11-H-00027 12. Sponsoring Agency Name and Address 13. Type of Report and Period Covered Federal Highway Administration XXX Office of Infrastructure – Bridges and Structures 1200 New Jersey Ave., SE Washington, DC 20590 14. Sponsoring Agency Code HIBS-10 15. Supplementary Notes Work funded by Cooperative Agreement “Advancing Steel and Concrete Bridge Technology to Improve Infrastructure Performance” between FHWA and Lehigh University. 16. Abstract This project was undertaken to investigate alternative Bridge Information Modeling standards. The process developed is called OpenBrIM. OpenBrIM is an alternative method for exchanging bridge information modeling data between different application platforms, organizations, and users. It is a community driven, free, open, on-cloud information modeling system designed for the bridge industry. With OpenBrIM, there’s one central data repository from which all participants operate. Participants are allowed to access information from and to contribute information into the repository. For this project, approximately 30 standard bridge component objects were developed. The OpenBrIM concept uses a standard XML data format to describe dimensions and other data parameters for bridge components.
    [Show full text]
  • Model Interoperability in Building Information Modelling
    Software and Systems Modeling manuscript No. (will be inserted by the editor) Model Interoperability in Building Information Modelling Jim Steel · Robin Drogemuller · Bianca Toth Received: 1 November, 2009 Abstract The exchange of design models in the de- CAD and paper for design towards three-dimensional, sign and construction industry is evolving away from semantically rich, digital models. This trend has reached 2-dimensional computer-aided design (CAD) and paper a point where this technology, generally referred to as towards semantically-rich 3-dimensional digital models. Building Information Modelling (BIM), is being used This approach, known as Building Information Mod- in some form by the majority of the industry. A re- elling (BIM), is anticipated to become the primary means cent survey by McGraw Hill Construction [1] found that of information exchange between the various parties in- in 2008, 45% of architects, engineers, contractors and volved in construction projects. From a technical per- building owners surveyed used BIM on 30% or more spective, the domain represents an interesting study in of their projects. Usage of BIM is forecast to continue model-based interoperability, since the models are large growing sharply in coming years. and complex, and the industry is one in which collab- One of the challenges faced by the industry is the oration is a vital part of business. In this paper, we use of BIM not only as a tool in the design process, present our experiences with issues of model-based in- but as the interface for the exchange of information teroperability in exchanging building information mod- between the different parties involved in projects.
    [Show full text]
  • DDS-CAD Erhält Zertifizierung „IFC 2X3
    Presseinformation Erneute Zertifizierung der IFC-Schnittstelle von DDS-CAD Die internationale Organisation buildingSMART hat dem Unternehmen Data Design System (DDS) als Hersteller der Planungssoftware DDS-CAD im No- vember das Zertifikat „IFC 2x3 CV 2.0“ verliehen. Der offizielle Abschluss der Zertifizierungsprüfung erfolgte bereits im September dieses Jahres. Damit ist DDS- CAD die erste TGA- und Elektro- Projektierungssoftware eines europäischen Herstel- lers, die diesen aktuellen Zertifizierungsprozess er- folgreich durchlaufen hat. buildingSMART setzt sich für die Verbesserung der interdisziplinären Zusammenarbeit in der Baubranche ein. Hierzu hat sie das Datenaustausch-Format IFC (Industry Foundation Classes) entwickelt, das unter ISO/PAS 16739 als offizieller internationaler Standard registriert ist. Dieses Format stellt die Grundlage für die Open-BIM-Methode dar. Open BIM ermöglicht auf einfachere und effizientere Weise als bei konventionel- Mit der Zertifizierung seiner IFC- len Vorgehensweisen das Planen, den Bau sowie die Schnittstelle ist DDS autorisiert, das offizielle Zertifizierungssignet zu nut- Unterhaltung von Gebäuden anhand durchgängiger zen. Informationsverarbeitung. Quelle: buildingSMART DDS-CAD ist bereits seit vielen Jahren IFC-zertifiziert und Hersteller DDS gilt branchenweit als einer der Pioniere und Motoren der Open-BIM-Methodik. Mit dem nun verliehenen jüngsten Zertifikat bestätigt buildingSMART, dass der Datenexport der Software Pressekontakt für vollständig auch den neuesten offiziellen Anforderun- weitere
    [Show full text]
  • DDS-CAD: for MEP Professionals
    Product overview DDS-CAD: for MEP professionals Plan | Calculate | Simulate | Document Page 2 | Why DDS-CAD? That’s why DDS-CAD! Quality Process Optimization Plan, calculate, simulate and document building related Software that integrates seamlessly and optimizes your mechanical, electrical and plumbing systems at the high- workflow. We assure a smooth implementation without est quality level. disruptions to your daily processes. Compatibility Save Time Secure full compatibility with all popular CAD/BIM ap- Achieve an unprecedented project turn-around speed. plications used by architects, structural engineers and Intelligent and automated features provide more effici- contractors. ency, obtaining results faster. Independence BIM Use an independent, stand-alone solution; additional Create intelligent systems within an interactive building third party CAD programs (such as AutoCAD or Revit) are model, using smart components and objects. Benefit not required. Resulting in no duplicate purchases, trai- directly from extensive experience of DDS as one of the ning, update and maintenance costs. pioneers in BIM development. In Control Intuitive Use Profit from integrated multi-disciplinary control func- Work with intuitive software, assuring a quick learning tions such as collision detection, model validity checks, curve and a minimum loss of productivity after imple- correct object connections, etc. mentation. Support Integrated Calculations Receive direct product and project support from the soft- Optimize your system designs by making use of integra- ware developers without any third party intervention. ted calculations. The intelligent building model provides the requirements and the software will assure your de- signs will perform accordingly. Detailed Output Minimize Liability Instantly produce detailed bill of quantities (BOQ) struc- Enhance the quality of your deliverables by making tured on a building, storey or room level.
    [Show full text]
  • The Roots of Bim
    Műszaki Tudományos Közlemények vol. 12. (2020) 42–49. DOI English: https://doi.org/10.33894/mtk-2020.12.06 Hungarian: https://doi.org/10.33895/mtk-2020.12.06 THE ROOTS OF BIM Ferdinánd-Zsongor GOBESZ Technical University of Cluj-Napoca, Facultyof Civil Engineering, Department of Structural Mechanics, Cluj-Napoca, Romania, [email protected] Abstract Today's architectural and civil engineering design is almost inconceivable without collaborative tools. Build- ing Information Modeling supports this with a set of collaboratively usable data. The roots of this concept go back in the past, thus the present paper attempts to depict some of the milestones in its evolution. Keywords: building, information, modeling, history. 1. Introduction 2. Product data evolution In most simple terms, BIM (Building Informa- The first technical drawing book [7] was pub- tion Modeling) is a digital representation of the lished in France towards the end of the 18th physical and functional characteristics of a build- century, opening the way for technical graph- ics. Technical drawing has become one of the ing [1] in a unified model which can be applied, pillars of engineering design. On the one hand, managed and used in collaboration by all the it was able to show the structures in parts, and actors in the construction industry. Its practical on the other hand, it provided a more detailed application is through computer-aided software product description (specifying more accurately packages, be it planning, construction manage- the product data). Computer-aided design was ment, valuation, operation and maintenance, or also based on graphic design at first.
    [Show full text]
  • BIM Tools Overview – Zielgruppen- Und Prozessorientierte Untersuchung Freier BIM Werkzeuge
    F 3034 Petra von Both, Steffen Wallner BIM Tools Overview – Zielgruppen- und prozessorientierte Untersuchung freier BIM Werkzeuge Fraunhofer IRB Verlag F 3034 Bei dieser Veröffentlichung handelt es sich um die Kopie des Abschlussberichtes einer vom Bundesministerium für Verkehr, Bau und Stadtentwicklung -BMVBS- im Rahmen der Forschungsinitiative »Zukunft Bau« geför- derten Forschungsarbeit. Die in dieser Forschungsarbeit enthaltenen Darstellungen und Empfehlungen geben die fachlichen Auffassungen der Verfasser wieder. Diese wer- den hier unverändert wiedergegeben, sie geben nicht unbedingt die Meinung des Zuwendungsgebers oder des Herausgebers wieder. Dieser Forschungsbericht wurde mit modernsten Hochleistungskopierern auf Einzelanfrage hergestellt. Die Originalmanuskripte wurden reprotechnisch, jedoch nicht inhaltlich überarbeitet. Die Druckqualität hängt von der reprotechnischen Eignung des Originalmanuskriptes ab, das uns vom Autor bzw. von der Forschungsstelle zur Verfügung gestellt wurde. © by Fraunhofer IRB Verlag 2017 ISBN 978-3-7388-0039-5 Vervielfältigung, auch auszugsweise, nur mit ausdrücklicher Zustimmung des Verlages. Fraunhofer IRB Verlag Fraunhofer-Informationszentrum Raum und Bau Postfach 80 04 69 70504 Stuttgart Nobelstraße 12 70569 Stuttgart Telefon 07 11 9 70 - 25 00 Telefax 07 11 9 70 - 25 08 E-Mail [email protected] www.baufachinformation.de www.irb.fraunhofer.de/bauforschung Endbericht BIM Tools Overview Zielgruppen- und prozessorientierte Untersuchung freier BIM Werkzeuge Forschungsprojekt im Rahmen der BBSR Forschungsinitiative "Zukunft Bau"“ Karlsruher Institut für Technologie (KIT) Mai 2017 BIM Tools Overview Endbericht BLM 2 BLM BIM Tools Overview Endbericht Das Forschungsvorhaben wurde aus Mitteln der Forschungsinitiative Zukunft Bau des Bundesinstitu- tes für Bau-, Stadt- und Raumforschung gefördert. (Aktenzeichen: SF-10.08.18.7-15.47) Projektleitung Bearbeitung Prof. Dr.-Ing. Petra von Both M.Sc.
    [Show full text]
  • PLM Industry Summary Jillian Hayes, Editor Vol
    PLM Industry Summary Jillian Hayes, Editor Vol. 15 No. 48 Friday 6 December 2013 Contents CIMdata News _____________________________________________________________________ 2 Geometric Enhances PLM Business Value: a CIMdata Commentary _______________________________2 Highlights from the 2013 CIMdata PLM Road Map: a CIMdata Commentary ________________________5 IBM Software Group: Enabling “A New Era of Smart”: a CIMdata Commentary ____________________11 Acquisitions ______________________________________________________________________ 14 3D Systems Acquires Figulo Corporation ___________________________________________________14 Dassault Systèmes to Acquire Realtime Technology AG (RTT) __________________________________15 Nemetschek Successfully Concludes Acquisition of Data Design System (DDS)_____________________16 Company News ____________________________________________________________________ 16 Delcam Reaches 2,500 Customers in China __________________________________________________16 Design for Dream: 62 Superhero Vehicles Created By ZW3D CAD/CAM Users ____________________17 GE and PTC Expand Collaboration with Reseller Agreement, Joint Product Development, Sales and Marketing Activities ____________________________________________________________________18 JETCAM signs new dealer in South Africa __________________________________________________19 Siemens and CADENAS Extend Partnership to Further Align STEM Education with Manufacturing Job Opportunities _________________________________________________________________________20
    [Show full text]