Ph.D. scholarship in BIM-GIS integration by LOC
The TUM Center of Digital Methods for the Built Environment (Leonhard Obermeyer Center, LOC) is offering a Ph.D. scholarship for research in the field of BIM-GIS integration with a total duration of three years.
In the frame of the announced Ph.D. scholarship, a deep integration of BIM and GIS data and technologies is supposed to be investigated. In this regards, the focus is on the design, construction, and operation of built infrastructure (roads and railways). In recent years, the model development in this field has been driven forward in both the GIS and BIM domain; however, mostly isolated from one another, resulting in divergences and rendering overarching analyses difficult to perform. Accordingly, the scholarship holder is expected to systematically analyze the semantic structure and granularity of the data models CityGML, InfraGML and IFC-Infra, to critically investigate the suitability of Linked-Data approaches and to develop and experiment new approaches of semantic alignment. The interaction with international research projects will form part of these endeavors.
For more information:
From 25th to 28th of March 2019, the international BIM community will meet at the buildingSMART International Standards Summit in Düsseldorf, Hilton Hotel. The focus of this internationally high-ranking conference on the digitization of the construction industry will be the further development of open and manufacturer-neutral standards and interfaces. The 17th buildingSMART User Day, which will once again offer a good 35 lectures on current and practice-relevant topics relating to BIM and digitization in the construction and real estate industries, will take place at the same venue immediately following the conference on 29th of March 2019. Around 500 participants are expected to attend each of the two major events. The LOC will once again be represented there as an ideal cooperation partner. Registrations are now possible via the buildingSMART website, where you will also find further information about the program soon.
LOC Talk with Prof. Fernanda Leite
16. Januar 2019
The objective of this talk was to discuss challenges and ongoing research in three areas of study in VIMS: capturing experiential knowledge in building information modeling (BIM)-based design coordination; 4-dimensional modeling for site-specific safety planning; and automating the BIM upkeep process in the facility operations phase leveraging deep learning and computer vision
LOC Researcher win six prizes in "Auf IT gebaut" 2019 and VDI Preis 2018
15. Januar 2019
At the world's leading trade fair BAU in Munich, MinDirig Dr. Gäckle, Bundesministerium für Wirtschaft und Energie (BMWi), today presented the prizes in the competition „Auf IT gebaut – Bauberufe mit Zukunft". The awards went to outstanding digital solutions for the construction industry. With their work on the digitisation of construction, the young professionals proved that the construction industry is innovative, modern and technology-oriented. VDI RG Bau
|Architecture||1. Prize||Jakob Fellner||Energierelevante Betrachtung von Gebäuden für die|
|Entscheidungsunterstützung der Stadtentwicklung|
|Architecture||2. Prize||Victoria Rusina||Digitale Werkzeuge für die Transformation großer|
|Wohnanalagen in Moskau|
|Construction Management||1. Prize||Daniel Zibion||BIM für das Facility Management durch interaktive Grundrisse|
|und Graph-basiertes Datenmanagement|
|Construction Management||2. Prize||Bernhard Müller||Baufortschritt mittels Machine Learning|
|Ed. Züblin AG||Special||Elisabeth Zachries||Integration von BIM und IoT zur Verbesserung des|
|Änderungsprozesses in Bauprojekten|
|Masterthesis||VDI 2018||Kasimir Forth||BIM-integrierte Ökobilanzierung|
12. Dezember 2018
The final presentations of the BIMsite project will take place on Wednesday 09th of January 2019 at the Vorhoelzer Forum. If you're interested to join, please register here.
LOC Talk with Prof. Dr. Frédéric Bosché
12. December 2018
Prof. Dr. Frédéric Bosché was giving a LOC Talk about "Scan-vs-BIM for Construction Control" at Oskar-von-Miller Forum. This talk presented the Scan-vs-BIM concept, illustrated its process and benefits. The talk then expanded on the subject of using the output of Scan-vs-BIM processing to enhance dimensional quality control with a view to evolve dimensional quality control from a traditionally point-based measurement process to a surface-based measurement process.
LOC at BIM World Munich 2018
29. November 2018
Thank you for visiting us at the BIM World MUNICH! We had two great days with interesting talks and discussions at our common booth with OBERMEYER and virtualcitySYSTEMS. Thanks to all speakers and participants of our Session with Runder Tisch GIS e.V. about "Geo 4 BIM" especially André Borrmann, Thomas Wunderlich, Daniel Holweg, Özgür Ertac, Stefan Trometer and Sabine Schönhut!
LOC Center Day 2018
09. November 2018
Our annual Center Day event took place on 9th of November 2018 in the Institute for Advanced Study (IAS) in Garching from 11:00 - 18:00. 150 guests took part in a diverse and horizon-widening program with 14 speakers and international guests, including Dr. Ionnis Brilakis from Cambridge University.
Meetup about Digital Transformation in Construction Industry
25. Oktober 2018
Great evening and discussions about digital transformation in construction and real estate industries yesterday at Technische Universität München organised by Digital Builders Munich with Leonhard Obermeyer Center. Thanks to the great audience and all speakers Karim Fabian Begana, Christos Chantzaras, Adrian August Wildenauer, Sebastian Schuon and Michael Grosam! Let's stay connected to move forward together.
More information here: lnkd.in/eN36pwZ
24. Oktober 2018
On 24 October, the Bavarian Construction Industry Association invited to a lecture by Professor Dr.-Ing. Zhiliang Ma on how BIM is seen and used in China by German engineers and architects. The previous laudation was given by LOC-Prof. Frank Petzold.
As a result of the long-term cooperation of the Leonhard Obermeyer Center with Prof. Ma, we are happy to announce the Department of Civil Engineering of Tsinghua University as the International Partner Institute of the LOC.
23. Oktober 2018
Our education program "BIM Professional" by TUM School of Management Executive Education and Leonhard Obermeyer Center was officially certified by buildingSMART Deutschland for the "Zertifikat BIM-Qualifikationen – Basismodul" on Tuesday at 22nd buildingSMART-Forum in Berlin. Thanks to all lecturers and organisers making this programm possible.
More information about the course: www.eec.wi.tum.de/de/certificate/building-information-modeling-bim-professional/
Springer publishes book "Building Information Modeling - Technology Foundations and Industry Practice" edited by Borrmann et al.
24. September 2018
Building Information Modeling (BIM) refers to the consistent and continuous use of digital information throughout the entire lifecycle of a built facility, including its design, construction and operation. In order to exploit BIM methods to their full potential, a fundamental grasp of their key principles and applications is essential. Accordingly, this book combines discussions of theoretical foundations with reports from the industry on currently applied best practices.
The book’s content is divided into six parts: Part I discusses the technological basics of BIM and addresses computational methods for the geometric and semantic modeling of buildings, as well as methods for process modeling. Next, Part II covers the important aspect of the interoperability of BIM software products and describes in detail the standardized data format Industry Foundation Classes. It presents the different classification systems, discusses the data format CityGML for describing 3D city models and COBie for handing over data to clients, and also provides an overview of BIM programming tools and interfaces. Part III is dedicated to the philosophy, organization and technical implementation of BIM-based collaboration, and discusses the impact on legal issues including construction contracts. In turn, Part IV covers a wide range of BIM use cases in the different lifecycle phases of a built facility, including the use of BIM for design coordination, structural analysis, energy analysis, code compliance checking, quantity take-off, prefabrication, progress monitoring and operation. In Part V, a number of design and construction companies report on the current state of BIM adoption in connection with actual BIM projects, and discuss the approach pursued for the shift toward BIM, including the hurdles taken. Lastly, Part VI summarizes the book’s content and provides an outlook on future developments. Powerful and sophisticated software products are now available that provide the technological basis for realizing BIM-based construction projects.
The book was written both for professionals using or programming such tools, and for students in Architecture and Construction Engineering programs.
The 22nd buildingSMART Forum will take place on Wednesday, October 24, 2018, at the Ellington Hotel in Berlin. Under the title "Shaping digital change", buildingSMART Germany, the digitization association of the construction and real estate industry, invites representatives and experts from politics, business and research and development to discussions. Once again, the buildingSMART Forum looks at new trends and developments for Building Information Modeling, the dominant method and technology for digital planning, building and operation. The LOC will once again be represented there as an ideal cooperation partner. Registrations are now possible via the buildingSMART website, where you will also find further information about the program.
LOC is the innovation partner of the BIM World Munich (27 & 28 November 2018)
16. August 2018
The BIM World Munich is the most visited networking platform in D-A-CH region for the national and international key-players in the innovative construction and real estate industry. More than 120 exhibitors introduce their innovative BIM-solutions, IT-applications and IoT-technologies. The trade fair with a 2-days conference and breakout sessions takes place annually and features such topics as digital facility management, BIM for architects and engineers, BIM in sustainable architecture, BIM and law.
The BIM TOWN, as a new innovation area for IT and IoT startups, is a highlight of the event this year. The BIM World Munich is to enter its third round on November 27 and 28, 2018. From the very beginning, the Leonhard Obermeyer Center at TU Munich has been an ‘innovation partner’ of BIM World. Together with its cooperation partner ‘Runder Tisch GIS e.V’, the Leonhard Obermeyer Center is going to explain the interaction between GIS and construction industry and show what role the GIS data plays for a successful BIM-method implementation. The LOC-members get free tickets for the exhibition and breakout sessions. The e-code is BIM-LOC and can be entered here: www.bim-world.de/registration
Newly founded platform "Digital Building" at Zentrum Digitalisierung Bayern (ZD.B)
13. August 2018
As part of the BayernDigital II master plan, a new ZD.B double platform "Digital Building" and "Smart Cities and Regions" was approved in spring 2018 on the initiative of the LOC. The Bayerische Staatsministerium für Wirtschaft, Energie und Technologie, in close cooperation with the ZD.B, has carried out preliminary work for the "Digital Building" platform. Speakers of the platform are Prof. Dr.-Ing. André Borrmann of the LOC and Johann Bögl of the Max Bögl Group.
The main objectives of the new thematic platforms are joint project work in research networks, information exchange and knowledge transfer as well as intensive networking between universities and industry. A first call for proposals for joint research projects is expected at the end of the year.
LOC InfraBIM Modeling Workshop
28. June 2018
The Leonhard Obermeyer Center hosted on Thursday, 28th of June 2018, an "InfraBIM Modeling Workshop" about BIM in infrastructural projects. Planning and construction companies, as Obermeyer Planen und Beraten, SSF Ingenieure, Schüssler Plan, Max Bögl and IB Grassl, reported about their experiences in current projects. In the second part, software companies, as ALLPLAN, Autodesk, Sofistik, Siemens, ProVI and CARD/1, showed their state of the art and future developments. After an open discussion and exchange about current problems and solutions, the necessity of open standards for a fair competition was exposed. In the end, allstakeholders were able to continue their discussions in a joint get together.
20. June 2018
The BIM4Infra Training Sessions A1.3/ A2.1/ A2.2 were held by Carsten Klempin (AEC3) and André Borrmann (TUM) at "Alte Post". The topics for participants of the southern german region were BIM technologies, data exchange and modell checking.
LOC at Unternehmertag des Bayerischen Bauindustrieverbandes 2018
25.-26. April 2018
At this year's Entrepreneurs' Day of the Bavarian Construction Industry Association, the main topic was "digitization". The event was bridging innovative research projects of the TUM, the economy and the Bavarian construction industry.
The Leonard Obermeyer Center TUM presented how the future can look like using digital planning tools, like Building Information Modeling, exemplary applied at a building at the TUM Campus in Garching. In combination with VR glasses, visitors could also experience the future planning world "virtually".
LOC hosts meeting of ISO Technical Committee TC 59/SC 13/TF 02
19 th April 2018
On April, 19th, we very happy to host a meeting for the ISO Technical Committee TC 59/SC 13/TF 02 at TUM
LOC hosts planning committee of the Integrated Digital Built Environment (IDBE) initiative of bSI and OGC
19th April 2018
On April 19th, 2018 the Leonhard Obermeyer Center (LOC) at TUM hosts the international planning commitee of the "Integrated Digital Built Environment" intitiative, a joint activity of buildingSMART International (bSI) and the Open Geospatial Consortium (OGC). LOC as the TUM Center of Digital Methods for the Built Environment shares the same vision and goals and is thus happy to act as host for this important international initiative.
3D GeoInfo 2017 in Melbourne: Chair of Geoinformatics gives 4 presentations and wins the Best Paper Award as well as the 2nd Best Paper Award
28. October 2017
The Chair of Geoinformatics had a good run at the 12th International Conference 3D GeoInfo 2017 held at the University of Melbourne: The paper on „Estimating Building Age with 3D GIS“ jointly written by Filip Biljecki (TU Delft / National University of Singapore) and Maximilian Sindram (Chair of Geoinformatics, TUM) was awarded as the Best Conference Paper. The Runners-Up to the Best Paper (2nd Place) was awarded to the paper written by Christof Beil and Prof. Kolbe (both Chair of Geoinformatics, TUM) on „CityGML and the Streets of New York - A Proposal for Detailed Street Space Modelling“.
Researcher Kanishk Chaturvedi presented the paper on ”Solar Potential Analysis and Integration of the Time-dependent Simulation Results for Semantic 3D City Models using Dynamizers“, researcher Son H. Nguyen the paper on ”Spatio-Semantic Comparison of Large 3D City Models in CityGML using a Graph Database“, and Prof. Kolbe the joint paper with Christof Beil mentioned above. All three papers were accepted based on the previous successful full paper review and chosen for oral presentation. Post-Doc Ihab Hijazi gave a presentation on „BIM-GIS Integration as Dedicated and Independent Course for Geoinformatics Students: Merits, Challenges, and Ways Forward“. All papers can be downloaded from the ISPRS publication website (ISPRS Annals & Archives) here:
More than 125 scientists and researchers participated in the 3D GeoInfo Conference held under the auspices of the ISPRS. The conference was preceded by the full day FIG workshop on ”BIM and GIS Integration“. Both were held under the joint title “3D Australia 2017“ and were organized by Dr. Mohsen Kalantari and Prof. Abbas Rajabifard from the University of Melbourne.
„Besser bauen mit schlauen Algorithmen“
18. July 2017
Beim Bau der Elbphilharmonie in Hamburg wurden mittels Computersoftware die Komponenten von Akustik und Ästhetik vereint. Über diese wachsende Verbindung von Architektur und Algorithmen wurden Prof. Frank Petzold und Dr. Christoph Langenhan vom Lehrstuhl für Architekturinformatik in der Wirtschaftswoche interviewt.
Am Lehrstuhl für Architekturinformatik an der TU München lernen die Studierenden neue Technologien und Systeme für die Architektur kennen. Als zentraler Forschungsgegenstand wird ganz allgemein der Computer als umfassendes Entwurfs- und Planungsmedium behandelt. Dabei versucht der Lehrstuhl, sich sowohl kritisch mit den neuen technologischen Vorgehensweisen auseinanderzusetzen, als auch die Methoden gewinnbringend für den Berufsstand einzusetzen. Eine solche Erweiterung verändert auch das Architektenbild.
Dementsprechend spricht Prof. Frank Petzold im Interview mit der Wirtschaftswoche auch davon, dass Architekten durch die neuen Technologien bis zur Grenze des Möglichen gehen, während Christoph Langenhan betont, inwiefern auch handwerkliche Arbeitsprozesse davon profitieren.
Der Artikel zeigt am Beispiel der Elbphilharmonie die neuen Entwicklungen: Das besondere Klangergebnis des neuen Konzerthauses konnte nur dank der Anwendung von Algorithmen im Entwurfsprozess realisiert werden. Benjamin Koren (Büro One to One) schrieb dazu extra ein Computerprogramm, das die Anforderungen des Architekturbüros Herzog & De Meuron sowie die des verantwortlichen Akustikers Yasuhisa Toyota erfüllte. Dieser Arbeitsprozess mit Algorithmen wird im Artikel detaillierter geschildert, um dann weitere Beispiele computergestützter Architekturen zu erläutern wie beispielsweise das Nationalstadion in Peking.
Der Artikel „Besser bauen mit schlauen Algorithmen“ erschien am 07.07.2017 in der Print- sowie am 16.07.2017 in der Online-Ausgabe der Wirtschaftswoche.
Text: Website der Fakultät für Architektur | www.ar.tum.de
Improved virtual 3D city model of New York City in CityGML LoD2 available as Open Data
The Chair of Geoinformatics (TUM) presents an improved digital 3D city model of New York City. The generated CityGML compliant LoD2 datasets can be downloaded freely from our project website. While including new building models in LoD2, this city model especially provides detailed representations of the NYC street space. A total of over 500,000 street space objects are represented by integrating 11 thematic object classes such as ‘Roadbeds’, ‘Sidewalks’ or ‘Parking Lots’, all enriched with a variety of semantic information. The 3D model was entirely generated from NYC Open Data integrating more than 30 datasets into one consistent 3D city model. Additionally an ‘Open Source 3D Web Viewer’ is provided, allowing immediate interactive exploration and querying of the 3D model. The video linked below demonstrates the complexity of the city model generated and also includes a ‘3D Web Map Client’ demo.
Link to Youtube Demo Video: Click here
Online LoD2 Web Viewer: Click here
Project Website and Dataset Downloads: Click here
Project TUM-Wiki Page: Click here
Online registration for the LOC Center Day 2016
The LOC Center Day 2016 will give you insight into current IT trends and developments in the areas of AEC and GIS, and it will provide innovative impulses for the future-proof development of your organization. Drawing on the many ongoing research projects carried out by our individual departments and our industry partners, the team is currently compiling a diverse and interesting program for you. Participation in the conference is free of charge for our members and partners, as well as for TUM employees and TUM students. In any case, however, registration is required. Due to the limited space available, we would like to ask you to register early if you are interested. We are hoping to able to share a day of new insights and new contacts with you, and would therefore like to invite you to register for the LOC Center Day today. Online registration
LOC is the innovation partner of the BIM World Munich 2016
After its successful launch in Paris in 2015, the BIM World will be coming to Munich this year. The Leonhard Obermeyer Center at Technische Universität München is the “innovation partner” of the two-day congress fair. In cooperation with our partner “Runder Tisch GIS e.V.”, we will present current research projects focusing on digital methods in the scope of AEC and GIS. For LOC-members, there is a 10%-discount on the regular ticket price. The two day conference – with its large exhibition area – will serve to “...demonstrate the benefits and the implementation of digital processes, present essential software, technologies and best practices in BIM and outline the upcoming challenges for working with BIM. (Organizer)
Nevena Perović wins the Top Teaching Trophy 2016
In the course of a festive event on July 15, 2016, LOC researcher Nevena Perović was awarded the Top Teaching Trophy 2016. Every year, the Munich School of Engineering (MSE) hands out the prize for outstanding achievements in the education sector. At the Chair for Computation in Engineering, Nevena Perović holds lectures on partial differential equations. We would like to congratulate her, and we are very happy about the award – which we also see as an acknowledgement of the excellent teaching at the Leonhard Obermeyer Center.
Prof. Uwe Stilla is the first German winner of the Willem Schermerhorn Award
In the course of the XXIII Congress of the ISPRS (International Society for Photogrammetry and Remote Sensing) in Prague, Prof. Stilla was awarded the Willem Schermerhorn Award. The award for international activities in the field of photogrammetry, remote sensing, and spatial information science is handed out every four years, since 1988, in the course of the congress. Prof. Uwe Stilla, who is one of the LOC’s founders, is the first award winner from Germany. The ISPRS Congress in Prague is the largest event in the field of photogrammetry, remote sensing, and geoinformation – with 2300 participants from 88 countries and more than 1800 contributions.
Cooperative Partnership at the 20th buildingSMART Forum in Berlin
The Leonhard Obermeyer Center is an official cooperation partner of the 20th buildingSMART Forum in Berlin. Under the title “Digital Excellence Now!”, international speakers will talk about the current status of model-based planning, construction, and operation – and they will give an outlook on the expected digitization trend in this sector. This will involve both classical planning as well as construction work in the fields of building construction and infrastructure planning, as well as new design processes and the aspect of connecting digital building models with the Internet of Things.
A new LOC premium member: NEMETSCHEK SE
As a consequence of the positive experiences the Allplan GmbH made in the course of the research cooperation with the LOC, the parent company NEMETSCHEK SE is now expanding its commitment with a premium membership. “For the Leonhard Obermeyer Center at Technische Universität München, NEMETSCHEK SE will be a very strong partner, with whom we are planning to further develop our common vision of the future of digital methods in the building industry.” (Prof. André Borrmann, LOC spokesman) The Munich-based company is one of the world’s leading software producers in the fields of AEC and media & entertainment. With its brands Allplan, Bluebeam, Crem, DataDesign System, Frilo, Graphisoft, Maxon, Nevaris, Precast, Scia, SDS/2 Design Data, Solibri, and Vectorworks, the parent company NEMETSCHEK SE is well represented on the international market, with many years of experience regarding the development and distribution of software solutions. NEMETSCHEK SE is one of the pioneers in the field of BIM: As early as in the 1980s, Prof. Nemetschek developed the concept of a database-dependent platform, which can be used by all parties involved in the construction process in order to optimize it. Today, NEMETSCHEK SE is one of the leading providers of BIM solutions – such as Allplan, ArchiCAD, DesignData, Solibri, and Vectorworks. Open BIM, a software-independent planning approach, is part of NEMETSCHEK’s corporate strategy.
LOC FutureCube at the Congress of the Future Council of the Bavarian Economy
On July 18, the visitors of the congress of the Future Council of the Bavarian Economy (Zukunftsrat der Bayerischen Wirtschaft) were able to visit the “FutureCube” of the Leonhard Obermeyer Center at Technische Universität München, where they could experience how virtual buildings and city models can form the basis for new planning processes and innovative business models. The “Zukunftsrat” focuses on a “digital model of the future”, which reflects the social and economic changes caused by digitization. The first key topic is Big Data. The rapidly increasing amount of available data from various sources and the ever-improving evaluation methods enable new insights and applications, which can also be used in the planning and the upkeep of our built environment. In addition to Ilse Aigner, Minister of Economics Minister, there were numerous leading figures from Bavarian companies and associations as well as from the fields of politics and science among the more than 450 guests at the Congress of the “Zukunftsrat”.
Prof. Stilla elected as the new President of the German Society for Photogrammetry, Remote Sensing, and Geoinformation
In the course of the General Meeting of the DGPF-OVG-SGPF “Dreiländertagung” on June 7, 2016 in Berne, Switzerland, Prof. Stilla was elected as the new President of the German Society for Photogrammetry, Remote Sensing and Geoinformation (DGPF). Prof. Stilla is a founding member of the Leonhard Obermeyer Center, Head of the Chair of Photogrammetry and Remote Sensing, and Director of the Institute of Photogrammetry and Cartography at Technische Universität München.
The Chair of Geoinformatics is one of the landmarks in the “Land of Ideas”
Thanks to the project “Smart District Data Infrastructure”, the Chair of Geoinformatics at the Leonhard Obermeyer Center is one of the winners of the competition “Landmarks in the Land of Ideas 2016” – in the science-category. “Smart” three-dimensional city models can help metropolises to simulate future developments and to develop solutions. In order to make life in the city worth living, the municipalities have to plan ahead – for instance concerning noise or fine dust pollution. The Smart District Data Infrastructure concept, which was developed by the geoinformatics-specialists of the Leonhard Obermeyer Center, provides planners with the tools they need. Cities or individual districts can be depicted as virtual 3D city models, which are linked to various sets of data. This way, future developments can be simulated, allowing to develop solutions at an early stage. The competition – a project by the initiative “Germany – Land of Ideas” and the Deutsche Bank – aims to promote forward-looking ideas focusing on the potential of togetherness in the sense of community, cooperation, and networking, thus creating social value in the way of solving current or future challenges. The high-ranking jury was of the opinion that – according to this year’s motto “NachbarschafftInnovation – Gemeinschaft als Erfolgsmodell” – the project provided convincing answers to the question of how joint activities can bring about innovative solutions to the challenges of tomorrow.
Newforma is a new member of the Leonhard Obermeyer Center
Due to the increase of digital information in construction planning and implementation, information management systems are becoming more and more important. Thus, we are especially pleased that our research network now has a new partner who can offer expertise in project information management. In this context, we would like to give our new member the opportunity to introduce the enterprise: “Newforma is the answer to the exponential growth of data in construction projects. Non-intrusive Project Information Management (PIM) serves as a basis to capitalize a company’s digital information intuitively and intelligently. Using Newforma PIM software solutions, it is possible to find solutions to operational questions regarding a project within fractions of a second – not by searching for files, but by searching for specific information and by understanding the interrelationships. Newforma provides a possibility to edit and redirect search results without changing the original file, and without having to create duplicates and, thus, redundancies. Newforma covers the entire lifecycle of relevant sets of information, including their formal and informal exchange. Thus, it is possible to audit and reconstruct every single step in which information was edited or passed on. LeanPlanner – Newforma’s project planning software for architects, planners, and contractors – is based on lean methods. Thus, it is possible to clearly visualize the workflow, to optimize processes, and to ensure efficient project-specific value chains. Newforma software solutions are already being used in more than two million projects all over the world. In Central Europe, Newforma has been present since 2015, with offices in Munich, Paris, and London.” Andres Damjanov, Newforma Germany
In the scope of a new series of lectures, we are inviting international specialists to discuss future methods in the field of GIS and AEC with us. You are welcome to join in!
15. Jun 18:30 | Oskar von Miller Forum
Experiences from the BIM-Adoption in Finland and UK – Clients as the drivers of innovation Dr Arto Kiviniemi, Professor of Digital Architectural Design, is one of the internationally leading experts in the integrated Building Information Modelling (BIM) which he has developed both in Finland and internationally since 1996. In 1997-2002 Arto lead the Finnish national R&D programme which created the foundation for Finland’s position as one of the leading countries adopting BIM. In May 2010 he moved to UK, first to the University of Salford, where he initiated the first MSc BIM programme in the UK, and in September 2013 he started in his current position at the University of Liverpool.
27. Jun 18:30 | Vorhoelzerforum
Adopting BIM and Lean in the Construction Industry Assoc. Prof. Sacks studied at the University of the Witwatersrand, the Massachusetts Institute of Technology, and the Technion, Israel Institute of Technology. He has many years of industrial experience in structural engineering design and in software development for the construction industry. He is currently Associate Professor of Construction Management at the Technion, Israel Institute of Technology. To date, he is the author or co-author of two books, 37 papers in international peer-reviewed academic journals, 42 peer-reviewed conference papers, and a number of research reports. He is a co-author of the leading text on Building Information Modeling, entitled “The BIM Handbook: A Guide to Building Information Modeling for Owners, Managers, Architects, Engineers, Contractors and Fabricators”.
The “Runder Tisch GIS e.V.” and the Leonhard Obermeyer Center agree on a strategic partnership
The “Runder Tisch GIS e.V.” is one of the largest voluntarily organized networks on the subject of geoinformation in Germany. At the round table, the triangle in which the economic sector of geoinformation is usually addressed – made up by the three stakeholder groups of the authorities, business, and science – will turn into a circle in which all parties can share their know-how and express their interests. Thus, the “Runder Tisch GIS” is supposed to promote dialogue and cooperation regarding the use of spatial data and services, as well as the respective software solutions. The institutional partnership between the Leonhard Obermeyer Center and the “Runder Tisch GIS e.V.” aims to bundle competences in the field of research, to connect our networks, and to create synergies regarding the offers for our members.
Smart Cities – Smart Governance
A dialogue with executives of the Bavarian State Administration: Following an invitation by the Bavarian State Chancellery, Prof. T.H. Kolbe, Prof. F. Petzold, and a team from the Leonhard Obermeyer Center took part in a seminar focusing on administrative management. Under the motto “Smart Cities – Smart Governance”, the researchers and the representatives of the Bavarian State Administration discussed research projects regarding the future of digital methods that – in political processes – serve to improve efficiency, acceptance, transparency, and control.
The topics were, among others:
- BIM-based, automated methods to ensure that construction plans are compliant with standards and guidelines
- Digital tools for the rapid development of (re)densification strategies in urban areas
- Semantic 3D city models as a means to optimize the energy consumption of cities
- Automated photogrammetric tools to monitor the progress of construction projects
- Creating an interactive information platform, integrating the digital and the analogue world in order to support decision-makers in the planning of cities and settlement areas
- Multi-scale models for improved simulations of heavy rain events
“Förderpreis Geoinformatik” of the “Runder Tisch GIS e.V.”
Wolfgang Zahn has been bestowed with the promotional award “Förderpreis Geoinformatik” of the “Runder Tisch GIS e.V.” for his Master’s thesis. The award, which includes 2000 € in prize money, was presented to him in the scope of the opening session of the round table event in Munich on February 24, 2016. His thesis, which he developed at the Chair of Geoinformatics during the winter semester 2014/15, addresses the analysis of solar irradiation using large 3D city models in the CityGML scheme. Another aspect, in addition to the automated calculation of solar potentials, is the possibility of enhancing city models with analysis results. A copy of the thesis can be downloaded from the internet free of charge.
Successful launch of the BIMsite project
The research project BIMsite started off with a meeting at Technische Universität München. The framework of the project, which is funded by the Bavarian Research Foundation (“Bayerische Forschungsstiftung”), aims to explore new methods of BIM-supported construction process simulations for the optimization of construction processes, logistics, and construction site equipment. The Bavarian Research Foundation contributed 620,000 € to the project. In addition to numerous industry partners, the Institute for Materials Handling, Material Flow, Logistics and the Chair of Computational Modeling and Simulation at the Leonhard Obermeyer Center are involved in the project as well.
The BIMsite project focuses on the interface between construction planning and the construction work itself. Nowadays, it is still common to use printed 2D-documents at this point of information transfer. This tends to lead to a loss of digitally available information, as the construction process is planned using manual methods. The BIMsite project addresses the question how digital building models can be used in the preparation phase and throughout the construction work. On the one hand, it serves to examine which requirements building models must be able to meet in terms of information content and level of detail, to ensure that the data can be used for the corresponding project phases directly. In line with this, another focus will be on model-based methods of construction site simulation as a means to draw conclusions regarding the project’s critical objectives of productivity and safety. In order to validate the prognosis models, the idea is to rely on methods of construction site monitoring, which will also allow for dynamic adaptations and possible rescheduling during the construction process.
Lehrstuhl Fördertechnik Materialfluss Logistik (TU München)
Bauer Spezialtiefbau GmbH
Deutsche Doka Schalungstechnik GmbH
Knauf Gips KG
Max Bögl Bauservice GmbH & Co. KG
Nemetschek Allplan Systems GmbH
Obermeyer Planen + Beraten GmbH
Peri AG PPI Informatik - Dr. Prautsch & Partner
Siemens Industry Software GmbH & Co. KG
SSF Ingenieure GmbH
think project! GmbH
A new innovation and start-up center in Munich
Munich, the Bavarian capital, and the EntrepreneurTUM GmbH – which was founded by entrepreneur Susanne Klatten – are planning a new innovation and start-up center at the “Kreativquartier”. Here, start-ups, established companies, creative folks, and scientists – in a dialogue with city planners, architects, and the public – will be able to work on innovative products, intelligent technologies, and future-oriented services for the city. This approach is unique, and Munich will take a leading position in the development of “Smart City”-solutions thanks to the new innovation and start-up center. On February 16, 2016, the Economic Committee of Munich’s city council had announced that the project was to be implemented. The center will offer enough space as well as the necessary infrastructure for 40 teams to work on their ideas for a period of one year.
Munich is an excellent location for technology-startups: six DAX-listed companies, many well-established mid-sized businesses, a unique industrial diversity, an inspiring proximity to universities and research institutes, a strong investor scene, highly qualified workers, and Germany’s most profitable cultural and creative industry. In the future, the innovation and start-up center is supposed to become a home to this community, integrating the creative industry based in the “Kreativquartier”. Networking with the creative scene opens up new possibilities for interdisciplinary collaborations between start-ups and artists, designers, or architects – an important impetus regarding the subject matter “Smart City”. Another relevant aspect is the proximity to the world of science, an ideal location for the development of technologies in the fields of environment protection, energy efficiency, raw materials and material efficiency, data exchange and networking, energy supply, as well as urban mobility. In addition to the Technische Universität München as a key partner, other universities and research institutes from Germany and abroad are invited to contribute their expertise as well. Located in the city – on the premises of the former “Luitpoldkaserne” – the new building in the “Kreativquartier” will offer ideal conditions to work on solutions for urban environments and to include the public at an early stage. Munich’s municipal works (“Stadtwerke”) are planning to cooperate with the new center and have already signed an extensive letter of intent. Following this approach, and taking existing initiatives such as the European project “smarter together” into account, Munich could soon play a leading role, globally, in the field of smart city solutions. Bavaria’s Minister of Economic Affairs, Ilse Aigner, welcomes the commitment of UnternehmerTUM and the City of Munich, and the Bavarian Ministry of Economic Affairs will continue to support the project.
The construction of the new innovation and start-up center for “Smart City”-solutions – with about 10,000 sqm of office space as well as event rooms, co-working spaces, and a prototype workshop – is scheduled to begin in 2017. The city of Munich will provide leasehold property, and UnternehmerTUM will cover the costs for construction and operation of the new building. The next steps are to flesh out a detailed concept for the new building, to acquire further partners, and to find a general contractor with the involvement of the City Council.
Virtual 3D Model of New York City in CityGML LOD1 available as Open Data
Our team at the Chair of Geoinformatics of Leonhard Obermeyer Center at the Technische Universität München has created and published a virtual 3D city model of New York City that can freely be download from our project homepage. Also an Open Source 3D web viewer is provided allowing immediate interactive exploration and querying of the 3D model.
The city model is purely based on Open Data from the official Open Data Portal of NYC. 26 different datasets were integrated. From the 2D and 2.5D geospatial data around four million objects with 3D geometries were generated by a fully automated process. The resulting dataset covers the whole area from NYC and contains 3D buildings with addresses, streets, land lots, water bodies, parks, trees, and a triangulated digital terrain model. Most objects carry semantic information, because different thematic datasets from NYC administration were joined with the 3D model and their information was integrated. For example, most buildings carry information about the owner, construction year, residential area, commercial area, office are (all in sqm) etc. The 3D model is provided as a CityGML dataset in Level of Detail 1 (LOD1). The total datasize is around 1.6 TB of XML data (around 80GB compressed). At this moment the building models (> 1 million), streets (150,000), and land parcels (> 860,000) only are ready for download (around 12 GB of XML data).
The data transformation and integration processes have been developed in the context of the two master theses of Mrs Barbara Burger and Mrs Berit Cantzler at TUM. The implementation is based on the Feature Manipulation Engine (FME) from Safe Software and our Open Source geodatabase 3DCityDB running on Oracle Spatial 12c. A paper summarizing the work and the results has just been presented at the Photogrammetric Week 2015 in Stuttgart, Germany. It can be downloaded together with the datasets from the project website (see below).
Using 3DCityDB, a tiled KML model was exported that can be interactively explored in our new Open Source 3D Webclient for 3DCityDB. The Webclient extends the Open Source software Cesium Virtual Globe by means to manage large tiled 3D models in KML, object highlighting etc. The viewer has been developed by Zhihang Yao and Kanishk Chaturvedi, both being PhD students at the Chair of Geoinformatics @ TUM.
Project homepage: http://www.gis.bgu.tum.de/en/projects/new-york-city-3d/
Web client: https://github.com/3dcitydb/3dcitydb-web-map
The first German BIM book is published by Springer-Verlag
The publisher “Springer” has published the book “Building Information Modeling – Technologische Grundlagen und industrielle Praxis”. The first editor is Prof. André Borrmann. The book contains a comprehensive overview of information-technology-related basics of the BIM method as well as numerous reports by companies that are already using BIM successfully. It consists of 40 chapters with a total of 591 pages and can be obtained from Springer for 79.99 €.
3DCityDB Webclient wins first prize of Web3D city modeling competition under students category
The 3DCityDB Webclient developed at the Chair of Geoinformatics won the first price in the 'Best Students Contribution' of the 'Web3D city modeling competition' (http://web3d2015.web3d.org/competition.html) under the annual ACM SIGGRAPH Web3D Conference. From all nine submitted contributions (by companies and students) the 3DCityDB Webclient made it to place no. 3 in the overall ranking (just after the two commercial products of the companies GeoPlex and ESRI). The 'Web3D city modeling competition' was carried out in cooperation with the Open Geospatial Consortium. It involved the development of an Open Source and standards based solution for the best web browser-based 3D rendering of a city. The criteria of judging was based on:
- Creativity in addressing a use case
- Loading performance
- Interactive performance
- Diversity of data rendered
- Interoperability and openness of the solution
The development team comprised of two PhD candidates from the Chair, M.Sc. Zhihang Yao and M.Sc. Kanishk Chaturvedi under the supervision of Prof. Thomas H. Kolbe. Both candidates received the annual award of the joint '3D City Modeling Commission' of the German Society for Photogrammetry, Remote Sensing, and Geoinformation (DGPF) and the German Society for Cartography (DGfK) (http://www.3d-stadtmodelle.org) with a financial support to attend and present the work at the 20th International Web3D 2015 Conference on Web3D Technology in Heraklion, Crete, Greece 18-21 June 2015 (http://web3d2015.web3d.org/ ).
For more information, videos, and online demos on the 3DCityDB Webclient, please refer to http://www.3dcitydb.net/3dcitydb/fileadmin/3DWebClient/index.html .
Scientific monitoring of the BIM pilot projects of the federal government
The bidding consortium INFRABIM, in which the CMS-department of the Leonhard Obermeyer Center is involved, has won the tender for the scientific monitoring of the BIM pilot projects of the Federal Ministry of Transport and Digital Infrastructure (BMVI).
In the scope of this enterprise, based on four individual projects, the use of building information modeling will be tested for the planning, construction, and operation of infrastructure projects. Within the framework of scientific supervision, the degree of BIM use in the individual projects will be monitored, and the advantages and possible problems will be identified throughout the project. The project outcome will serve as a basis for recommendations concerning a comprehensive and effective introduction of BIM in the German infrastructure sector.
LOC presents cutting-edge research at the kick-off event for the “Zentrum Digitalisierung.Bayern”
Digital change is in full swing. Therefore, the Bavarian Government initiated the “Zentrum Digitisierung.Bayern”, and the kick-off event took place at Campus Garching (TUM). Manfred Broy, Professor of Computer Science at TUM, is the Founding President and Managing Director.
The Leonard Obermeyer Center was one of the hand-picked exhibitors at the opening event of the ZD.B, and LOC-researchers presented cutting-edge research in the area of digital methods for planning and construction to Bavaria’s Minister of Economics, Ilse Aigner, to Minister of Science Dr. Ludwig Spaenle, and to the many other guests.
For example, a more accurate data base could help to estimate schedules, costs, and possible risks of building projects – and three-dimensional planning and representation of buildings could ensure more transparency and better accuracy in the planning phase. Also, interactive human-computer interfaces could provide direct feedback based on analysis and simulation. The researchers of the Leonhard Obermeyer Center were supported by representatives of CADFEM, who introduced the current research project DETORBA. The aim of the project is to improve the predictability of the effects of detonations in urban environments.
TUM is on its way to become a digital university, which means that digitization has an impact on research and teaching in all scientific disciplines. At the same time, the researchers are exploring important aspects of digital technology – from the fundamentals of computer science to practical applications. Digital construction is one of the key topics, which is why TUM aims to establish a close cooperation with the ZD.B.
Underground-visions: The “Süddeutsche Zeitung” on LOC-researchers
For a research group led by Prof. André Borrmann, the planning of the second S-Bahn line serves as a practical example regarding the development of new digital planning methods in the field of infrastructure projects. In connection with the current planning phase of the second S-Bahn line in Munich, the “Süddeutsche Zeitung” published an article on our current research activities in the scope of “BIM for Infrastructure”:
“...the aim: to date, changing some detail in a major project – such as, for example, altering a tunnel’s position in the ground because a pipeline is in the way – will also have other effects, making it necessary to readjust signals, to change rescue routes, and to redesign drainage. This is not only time-consuming, it also costs a lot of money. In the future, the TUM researchers hope that changes like this will be implemented within a ‘highly dynamic model’ by a few mouse clicks,” says Rank. Thus, the planning phase for the second S-Bahn line will lead to important results in any case – even if the second tunnel might not actually be built in the end.
(Marco Völklein, Süddeutsche Zeitung, May 20, 2015, No. 114 R2, “Visionen im Untergrund”)
Knauf: a new industrial partner for the Leonhard Obermeyer Center
It is a pleasure for us to be able to welcome Knauf as an important new industrial partner for the LOC. The company name Knauf, established 75 years ago, stands for outstanding quality and creative solutions – for craftsmen, consumers, and construction companies, as well as for architects and planners. Knauf products are made and distributed all over the world by more than 20,000 employees in over 150 factories and subsidiaries. The high-quality system products by Knauf Bauprodukte GmbH & Co. KG cover the entire product range of interior construction.(www.knauf-bauprodukte.de)
As a manufacturer, Knauf is interested in integrating digital semantic models of its construction products into building information models in order to simplify their use in the planning phase and, thus, to make the products even more attractive. The practical challenge is to be seen in the individual and system-based character of the products.
Joint research projects will serve to investigate the potential of digital methods, leading to a prototype implementation. We are looking forward to our joint activities.
A huge media echo: the Leonhard Obermeyer Center at the convention of the CSU’s parliament faction
Following an invitation by the CSU, researchers of the Leonhard Obermeyer Center at Technische Universität München – led by Prof. Rank and Prof. Petzold – presented pioneering digital planning tools to the parliamentarians in the course of their meeting in Wildbad Kreuth. Interactive models served to visualize the new range of possibilities regarding infrastructure projects: improved citizen participation, potentials for the reduction of energy consumption in entire city quarters, potentials for (re)densification, and improved means to predict the risk of floods. Using an interactive table, combining haptic and digital models, the politicians were able to act as city planners and to optimize their cities, supported by real-world simulations. The politicians and the numerous media representatives were very interested, which shows how important the aspect of digitization is for a modern state. It will not only lead to a profound change in public administration, but digital models will also help to implement large-scale construction projects. Understanding, participation, and acceptance on the part of the citizens are key factors to the development of sustainable regional planning.
LOC-researchers win three prizes in the competition “Auf IT gebaut”
The first and the second prize in the category “Civil Engineering” of the competition “Auf IT gebaut” go to Simon Daum and Cornelius Preidel – for their projects “Anfragesprache QL4BIM” and “BIM-supported Code Compliance Checking”. Further, the first prize in the category “Architecture” goes to Dr. Gerhard Schubert for his project “Interaktionsformen für das digitale Entwerfen”.
The nationwide competition for researchers in the field of “Building IT” goes back to an initiative by the Federal Ministry of Economic Affairs and Energy (BMWi) and the social partners of the construction industry. It is organized in cooperation with the RKW Competence Center. The award ceremony took place on Tuesday, January 20, in the context of the “BAU 2015” trade fair.
BIM in the building industry – changing planning processes
DETAIL Congress: November 27, 2014, in Munich
The process of digitization is leading to significant changes in the field of building design and building construction, and Building Information Modeling is one of the key factors. But what is behind the BIM-based design and planning methods? How does BIM work in reality? And to what changes will the widespread use of BIM lead regarding your work processes at the office and at the construction site?
Date: November 27, 2014 (from 1:00 pm to 8:00 pm) Location: TUM, Enrollment Hall (“Immatrikluationshalle”) Arcisstraße 21, 80333 Munich
Background Building Information Modeling, “BIM” for short, has become a well-known term in the interdisciplinary field of building design and building construction. The introduction of BIM-based processes is in full swing, as politically intended, resulting in significant changes for anyone who is actively involved in the construction process – as many cost-relevant decisions can be implemented correctly at an early stage in the design phase. This means that architects and planners as well as companies have to address and become acquainted with the topic of BIM-based planning.
The conference will provide answers to the most urgent questions concerning BIM, with the help of technical lectures and expert reports by international architects who are already using BIM processes for their projects successfully.
After the lectures, there will be a get-together in which the participants and experts can get to know each other. Collaboration partners are the Leonhard Obermeyer Center at Technische Universität München, the Fraunhofer Institute for Building Physics IBP, and the Federal Association for Building Software (“Bundesverband Bausoftware e.V.”).