This online resource is aimed at Architects and Architectural Technologists as well as clients, industry professionals and educators in this sector. The RIAI BIM Pack 2 comprises the following suite of documents: BIM Update with ISO 19650 Series BIM Guide for SMEs Appendix 1 – File Naming Standards Appendix 2 – Model Responsibility Template Appendix 3 – Master Information Delivery Plan Template
https://www.riai.ie/whats-on/news/riai-bim-pack-2-update-iso-19650-series-and-bim-guide-for-smes
As the construction industry continues to evolve and increasingly embraces digitisation, an early-stage project deliverable for Build Digital was to conduct a horizon scan of the opportunities available for those within the construction sector. A primary aim, therefore, is to provide a comprehensive inventory of educational and training provisions that exist within Ireland at present. The resulting inventory focuses on key educational sectors, including Universities, Educational Training Boards (ETBS), Colleges of Further Education, Professional bodies, and similar organisations. There are in excess of 300 entries on the inventory.
https://www.builddigitalproject.ie/education-training-inventory
This inventory was developed as a tool for identifying relevant standards and, in particular, their relevance to Build Digital. Each document found in this research was recorded, reviewed, and graded based on the scoring system created for this report and tool. This tool is intended to be flexible should new standards be published, or a change is required to an existing standard. There are in excess of 120 entries on the inventory.
https://www.builddigitalproject.ie/bim-standards-and-supports-inventory
Repository of BIM standards and guidelines
State institutions in different countries in Latin America and the Caribbean have begun to implement BIM, in order to more accurately calculate the costs and times of the projects, as well as generate more fluid communication between the different actors involved. increasing the efficiency and transparency of processes. Internationally, a series of cases demonstrate the benefits of implementing BIM. Among them, one in the United States where, after its implementation in 32 projects, it identified: i) a 7% reduction in time, ii) a 10% reduction in costs through early detection of interference, iii) ) the elimination of 40% of the changes not considered, and iv) and the reduction of 80% of the time for cost estimation. The Physical Infrastructure and Digital Transformation Management generated this guide with the objective of promoting knowledge about the implementation of the BIM methodology in the public sphere. It explains what BIM is, identifies the minimum steps for its implementation in a public institution, and provides simple tools for public officials to integrate it into their institutions.
The BIM Fundamentals document is part of the reference documentary framework for the “Plan for the incorporation of the BIM methodology in public procurement of the General State Administration (AGE)” that the Interministerial Commission is producing.
https://cvp.mitma.gob.es/fundamentos-bim-para-la-contratacion-publica-2
In order to define the future strategic direction of standardization in the field of BIM, DIN has published the BIM standardization roadmap together with partners from business, science, the public sector and society. The task of the roadmap is to show prerequisites for the development of a broad application of BIM for practice.
https://www.din.de/de/forschung-und-innovation/themen/bim/normungsroadmap-bim
Suite of national standards to be used in conjuntion with conjunction with international standards such as ISO 19650 and ISO 16739
FSRE has issued new Information Exchange Requirements (EIR) that address all information and related processes at design time. In recent years, there has been rapid development in the handling of digital building information in civil engineering. For more than a decade, FSRE has been using the BIM methodology in the design of larger buildings that the organization oversees. Now the organization has published new BIM requirements or Information Communication Requirements (EIR) with reference to ISO 19650 which now address all information and processes related to it during design.
https://www.fsre.is/media/media/SF-164-Krofur-til-upplysingamidlunar-EIR-.docx
Building Information Modeling (BIM) for federal buildings is a cooperative working methodology with which, based on digital models of a building, the information and data relevant to its life cycle are consistently recorded, managed and exchanged between those involved in transparent communication or handed over for further processing become. This information and data is documented digitally throughout and according to a uniform structure. Further information can be found in the BMVg information flyer (see downloads). To implement the BIM method for federal buildings, the goals and implementation strategy were described in a master plan. This is, among other things, the basis for a BIM manual in which the work aids (AH) required for operational safety are gradually developed and published for all relevant subject areas. The master plan and completed AH are available for download in the download area.
https://www.fib-bund.de/Inhalt/Themen/BIM_fuer_Bundesbauten/
