The BIM team within the 3D Construction Methodology Department of the LKC co-ordinates the BIM-related tasks of the projects belonging to the LKC, and the harmonisation of construction standards and procedures within the BIM area. The team has relevant and up-to-date information on the international position of BIM, has experience in domestic and international BIM projects, and is involved in domestic and international standardisation. The LKC BIM teams goal is to facilitate and help the spread of BIM in Hungary. To this end, based on the guidance of the International Standards Board and extensive professional comments, they are working on the development and implementation of proposals and methodologies to ensure its implementation. With the help of ‘BIM-köz-PONT’ (this public BIM portal), they want to create a platform for intensive and interactive communication, generating continuous feedback on the use and application of published materials.
On this website you can find the BIM handbook available for download. The BIM handbook is formed of several documents, as well as other sample text and design files, which can be downloaded and used for projects. The BIM Manual is uploaded in several parts:
– BIM Manual – General Description of BIM.
– BIM Manual Vol 1 Issue 2 – (an introduction to BIM)
– BIM Manual – Definitions and Definitions
– BIM Handbook – Areas of Application of BIM
– BIM Handbook – Relationship between BIM Applications and Project Phases
The Lechner Knowledge Centre (LKC) is a professional background institution to the Prime MinisterÂ’s Office specialising in architecture, land registry records and GIS. Its mission is the digitalisation and promotion of the wide range of public services it provides relating to the built environment and spatial data. The LKC has held the largest amount of spatial data and had the widest range of GIS expertise in Hungary since 2019. LKC serves as an intermediary between architecture and associated professions and the wider public, making its services available for both professional and residential users.
This website has access to a range of documents and articles relating to the transformation of the construction industry in Hungary, incorporating BIM. The website contains information on all aspects of the LKC profile, including:
– Settlements and smart city
– E-Construction
– Regional Planning and spatial modelling
– Documents and data services
– GIS
– Remote sensing
– Geodesy
– Cultural heritage protection
– Land registry
– Knowledge sharing
The policy of BIM Iceland is to implement the use of harmonised information models in the preparation, design, construction and operation of public structures in Iceland in order to increase the quality and accuracy of information about the structure, and thereby achieve lower construction and operating costs. It’s goal is that it will be standard to use BIM in the construction of all major public structures in Iceland.
The website has a range of articles/news releases and documents:
– CCI system for classification and identification of building components,
– IFC guidelines,
– MOLIO quantification rules
The board considered it important that there was a generally accessible publication in Icelandic on the BIM methodology, and therefore it was decided to have a German book translated on this subject. It gives an insight into the methodology and shows how the information model is structures in different applications. The book can be accessed via this website.
The India BIM Association, or IBIMA is the leading professional national society for BIM and Digitalization in the Indian Architecture, Engineering, Construction and Operation (AECO) sector. The India BIM Association is registered as a national level not-for-profit society and was formed in 2016. Their vision is to serve as the voice of IndiaÂ’s BIM community, IBIMA represents, supports and advocates on behalf of the entire Indian BIM community to build a positive business environment for the efficient deployment of BIM, for all engaged in utilizing BIM technologies, processes and protocols in India. The IBIMA focuses mainly on 4 topics: (1) BIM education and training; (2) Organizing BIM summits & events; (3) BIM policy development; (4) BIM maturity assessments and certifications. We are glad to inform you that India BIM Association is firmly moving ahead in spreading BIM awareness to the Indian AECO industry and academia with IBIMA reaching to roughly thirty-five thousand Indians (up to April 2019).
IBIMA is for IndiaÂ’s BIM technology, process and policy field players. In simple terms it is for everyone with an involvement or interest in BIM i.e. technology, policy or process players involved one way or the other in delivering BIM projects in the Indian construction industry. The Mission is to provide the Indian BIM Community a collective voice dedicated to BIM technology, processes, and protocols. They offer their members with support, learning opportunities and best practices for BIM in an Indian context while maintaining connectivity with international partners. This website contains links to sign up for membership as well as details of upcoming and previous events.
The Ministry of Land, Infrastructure, Transport and Tourism (MLIT), is a ministry of the Japanese government. It is responsible for one-third of all the laws and orders in Japan, and is the largest Japanese ministry in terms of employees, as well as the second-largest executive agency of the Japanese government after the Ministry of Defence. MLIT has been promoting the adoption of Building/Construction Information Modelling/Management (BIM/CIM) technologies, and has been working with Japanese national and local governments to utilize BIM/CIM in their business operations. As part of this work MLIT have provided the public leadership for BIM in Japan and supported BIM pilot projects within the country.
The Vision for the Future and Roadmap to BIM document published by MLIT is the outcome of a roundtable session in 2019. The document looks at the defininition of BIM, as well as the visions and uses for it both now and in the future. The document also contains a roadmap for BIM adoption which includes a more detailed process to action and achieve this. Included in this report are 3 strategies that MLIT propose in order to realise the future values of BIM, these are:
– Utilizing market functions, the public and private sectors shall work together under appropriate roles.
– Advance efforts that could precede others and then attempt generalization (Improve accuracy by ‘Plan, Do, Check, ActionÂ’ cycle)
– In order to strengthen the international competitiveness of the Japanese building industry, proceed as much as possible in accordance with international standards and norms.
https://www.mlit.go.jp/jutakukentiku/content/001351970.pdf
An archive version of this information article has been created if the original is no longer accessible (Archive information from January 2024)
The Ministry for Investment and Development of the Republic of Kazakhstan is a state authority of the Republic of Kazakhstan leading in the sphere of industry and industry-innovation development, scientific-technical country development and construction.
This is the order of the Minister for Investments and Development of the Republic of Kazakhstan dated April 11, 2017 No. 197. The topic of the order is the approval of the Action Plan for the implementation of information modeling technology in the design of construction projects (BIM technologies) (as amended on February 27, 2018). This includes Carrying out preparatory activities for the introduction of information modeling technologies, Development of normative technical documents on the application of building information modeling technology, making appropriate changes and additions to normative legal acts and normative technical documents, Development (adaptation) of BIM standards and related documents in the field of information modeling of industrial and civil construction of buildings and structures, Development of a BIM-oriented classifier and harmonization with the existing resource method classifier, Training of specialists for the practical application of information modeling technologies in the construction industry of the Republic of Kazakhstan, Implementation of pilot projects on information modelling, Creation of the State Bank of Information Models (GBIM), Digitization of the architectural, urban planning and construction catalog, and further steps for the development of information modeling technology in the Republic of Kazakhstan
https://smeta-kz.com/wp-content/uploads/files/ofiz_razd/2017/Prikaz_11.04.2017_197.zip
An archive version of this information article has been created if the original is no longer accessible (Archive information from January 2024)
The Kazakh Research and Design Institute of Construction and Architecture began in 1931, it was then the Council of People’s Commissars of the Kazakh Autonomous Soviet Socialist Republic (KASSR). In January 1990, on the basis of the scientific part of the Kazakh State Design and Research Institute (KazpromstroyNII project), the Kazakh Research and Design-Experimental Institute of Earthquake-Resistant Construction and Architecture (KazNIISSA) was established. Since 1990, KazNIISSA has been the only leading state research and design organization in the Republic on the problems of the construction complex of Kazakhstan, including areas with particularly complex engineering and geological conditions and regions prone to earthquakes. The group have formed the Commission for the Development of the Regulatory and Technical Framework in the Field of Information Modeling Technology in Construction. The framework for this is strengthening intergovernmental relations and resolving issues related to integration processes, the Basic Organization of the CIS Member States was established by the decision of the CIS Economic Council in order to pursue a coordinated policy in the field of technical regulation and create a unified regulatory framework in the field of construction.
The concept of introducing information modeling technology into industrial and civil construction of the Republic of Kazakhstan was developed in order to meet modern requirements and demands of the industry, also in the face of increasing competition in world markets, tightening requirements for new or existing construction projects, increasing the technological, structural and architectural complexity of modern buildings and structures, as well as the rapid development of information technology. The shortcomings of the two-dimensional design that has passed from the past technological era and further work with paper drawings do not provide sufficient manoeuvrability and resource efficiency for market participants. The introduction of information modeling of building objects implies the transition of the construction industry to a new technology that changes the nature of the work. The purpose of the Concept is to formulate a vision and create conditions for the development of the domestic construction industry through the transfer of modern technologies for information modeling of construction projects, which should subsequently have a positive impact on the growth of competitiveness in foreign markets of enterprises.
https://drive.google.com/file/d/1KWwod_NWRZupRhimtcR2b7–YpzSAPuR/view
An archive version of this information article has been created if the original is no longer accessible (Archive information from January 2024)
The Kazakh Research and Design Institute of Construction and Architecture began in 1931, it was then the Council of People’s Commissars of the Kazakh Autonomous Soviet Socialist Republic (KASSR). In January 1990, on the basis of the scientific part of the Kazakh State Design and Research Institute (KazpromstroyNII project), the Kazakh Research and Design-Experimental Institute of Earthquake-Resistant Construction and Architecture (KazNIISSA) was established. Since 1990, KazNIISSA has been the only leading state research and design organization in the Republic on the problems of the construction complex of Kazakhstan, including areas with particularly complex engineering and geological conditions and regions prone to earthquakes. The group have formed the Commission for the Development of the Regulatory and Technical Framework in the Field of Information Modeling Technology in Construction. The framework for this is strengthening intergovernmental relations and resolving issues related to integration processes, the Basic Organization of the CIS Member States was established by the decision of the CIS Economic Council in order to pursue a coordinated policy in the field of technical regulation and create a unified regulatory framework in the field of construction.
As part of the implementation of the “Action Plan for the Introduction of Information Modeling Technology in the Design of Construction Facilities (BIM-Technologies)”, approved by the Order of the Minister for Investments and Development of the Republic of Kazakhstan dated April 11, 2017 No. 197 (as amended by Order No. 139 of February 27, 2018), in the period from 2017-2018 several documents were developed and approved which are hosted on this site. These documents include the Lifecycle of construction projects (parts 1,2,3) , rules for the organisation of joint creation of information, requirements for the design of project documentation and procedure for the examination of information models.
This BIM Guide, published by myBIM is formulated as a fundamental approach to educate construction players for the BIM adoption in Malaysia. The Guide enables construction industry players to improve productivity and efficiency of the construction process by adopting higher usage of modern technology. This is in line with the Construction Industry Transformation Programme (CITP) which aims to raise productivity level across the Malaysian construction industry. This BIM Guide provides directive, references and process guidelines to the construction players at both organisational and project level and has been published in three booklets. This guide forms as part 1, BIM Awareness. Part 2 and 3 look cover the topics of BIM Readiness and BIM Adoption.
This guide is booklet 1 of the suite of 3 published and aims to educate readers of what BIM is all about. This booklet will explain the definition of BIM and the development of BIM maturity levels, illustrate the components of BIM, describe the structure of information layer in BIM models, and clarify the rationale of BIM adoption in Malaysia. This guide aims to give the reader a strong understanding of BIM which will enhance their awareness and knowledge of BIM adoption in Malaysia.
For further understanding and clarification of the BIM adoption processes, it is advisable for the construction players to acquire skills and knowledge by attending the myBIM BIM Roadshow, BIM training programs provided by the Construction Industry Development Board (CIDB) and refer to Jabatan Kerja RayaÂ’s (JKR) BIM Guideline.
This BIM Guide, published by myBIM is formulated as a fundamental approach to educate construction players for the BIM adoption in Malaysia. The Guide enables construction industry players to improve productivity and efficiency of the construction process by adopting higher usage of modern technology. This is in line with the Construction Industry Transformation Programme (CITP) which aims to raise productivity level across the Malaysian construction industry. This BIM Guide provides directive, references and process guidelines to the construction players at both organisational and project level and has been published in three booklets. This guide forms as part 2, BIM Readiness. Part 1 and 3 look cover the topics of BIM Awareness and BIM Adoption.
This guide is booklet 2 of the suite of 3 published and aims to equip readers with the knowledge on the fundamentals of BIM. This booklet will explain the fundamentals of BIM in addition to explaining the types of BIM tools and Level of detail (Lod) which are involved in the BIM process. With strong understanding of the fundamentals, readers will be aware of the benefits and know WHY they should adopt BIM in their project/organisation.
For further understanding and clarification of the BIM adoption processes, it is advisable for the construction players to acquire skills and knowledge by attending the myBIM BIM Roadshow, BIM training programs provided by the Construction Industry Development Board (CIDB) and refer to Jabatan Kerja RayaÂ’s (JKR) BIM Guideline.
