This page of the BIM4Infra website contains multiple guidance documents that have been published to foster BIM adoption for infrastructure projects in Germany.
The documentation is split into 10 parts and has an appendix:
- Part 1: Basics and BIM overall process – tools for the further guidelines and handouts, and explanation of the terms “Client Information Requirements” (Auftraggeber-Informationsanforderungen, AIA) and “BIM Resolution Plan” (BIM-Abwicklungsplan, BAP) and shows you an exemplary process of a project carried out with BIM.
- Part 2: Guidelines and templates for client information requirements – how to put together your “Client Information Requirements” (Auftraggeber-Informationsanforderungen, AIA) on a project-specific basis and what you need to consider. For selected project phases, it offers specific AIA templates.
- Part 3: Guidance and templates for the BIM resolution plan:
- how to put together your “BIM Resolution Plan” (BIM-Abwicklungsplan, BAP) on a project-specific basis and what you need to consider. Includes a specific BAP template.
- Part 4: Performance Description Guide: how to integrate BIM services into a service description. It offers a template for a BIM performance profile of (object) planning.
- Part 5: Model Special Contractual Conditions BIM: formulated model clauses for contracts for freelance BIM services.
- Part 6: Profiles of the most important BIM user cases: overview and explanations of BIM user cases.
- Part 7: Handout of BIM models and degree of elaboration:
- introduction to BIM models and definition of the degrees of elaboration (Ausarbeitungsgrade, LOD) in geometric (Geometrischer, LOG) and alphanumeric (Alphanumerischer, LOI) view.
- Part 8: Neutral data exchange at a glance: explaining what “Open BIM” is, what significance it has – especially for the public sector – and showing current and future possibilities for its use.
- Part 9: Data Exchange with Industry Foundation Classes: how the data exchange format “Industry Foundation Classes” (IFC) is structured and what possibilities it offers. It also explains how to configure export and import for exemplary software programmes.
- Part 10: Technologies in the BIM environment:
- what to consider when procuring BIM software programmes and which types play a role in the BIM environment.
- Appendix: Glossary: an explanation of the most important terms in connection with BIM.
Digital planning and construction are to become the standards for federal infrastructure projects in Germany by 2020. The central element is the use of BIM as the basis of digital building models. BIM will help projects to deliver all data required for the lifecycle of a building, from planning, construction to operation, which can be recorded, exchanged and further processed between all parties involved in the project.
In October 2016, the BIM4INFRA2020 working group was commissioned by the former Federal Ministry of Transport and Digital Infrastructure to create important prerequisites for the implementation of the BIM step-by-step plan over a period of two years. These include:
- The development of an achievable level of performance for the introduction of BIM.
- The monitoring of the pilot projects and expansion of the pilot’s phase.
- Investigation of legal issues and development of recommendations for future contract design.
- Provision of appropriate guidelines and templates for the awarding and processing of BIM services, in particular BIM user cases.
- Identification of requirements for uniform data structures for the infrastructure sector – Development of a uniform database concept and a BIM library.
- Information and public relations.
The Construction Digitalization Center (BÅ«vniecÄ«bas digitalizÄcijas centrs, BDC) is a structural unit of Riga Technical University (RTU). BDC has been established to promote the acquisition of digital processes in the construction industry.
The BIM training programme was organised by RTU’s Construction Digitalization Center in cooperation with the CMB Engineering Competence Centre and procured by the Latvian National Standards’ body.
The programme provides live in-person and online training for the practical implementation of BIM in Latvian construction companies and the application of BIM on projects. It covers a wide range of subjects from general BIM awareness through to practical classes in working with specialised BIM software and BIM modelling. Participant feedback on the training has been shared with the Ministry of Economy to inform further development of the Latvia’s BIM Roadmap.
#SPILL!
IBIMI is an association of professionals who aim to spread the digitalisation methods and professionalism of the international construction industry in Italy. BIM (Building Information Modelling) was introduced in public works in Italy with the Law 50/2016, based on the European Directive 24/2014. By 2025 all public works in Italy will have to be planned, executed and managed through BIM.
The association is a national and international reference point for the promotion of Open BIM is the ability of all professionals involved in the design, construction, management, maintenance and disposal of a building and civil infrastructure, to integrate with each other. This will allow the sharing and exchange of technical data through the use of interoperable software based on international standards.
The National BIM Council has developed this roadmap to digital transition for Ireland’s construction industry to increase adoption of BIM. BIM is at the centre of a digital transformation of the construction sector and more widely the built environment across the world. It is now time for Ireland to stimulate economic growth and competitiveness, while delivering value for public money through the wider and structured introduction of BIM, which is built on international standards and best practice.
The roadmap is designed to secure funding for digital transition, to set performance goals and to support the Programme ambitions of the Irish Government. This document is aligned to the Government’s commitment to the progressive adoption of BIM across the public sector’s capital programme. It also supports the key recommendations of the EU BIM Task Group’s Handbook for implementing BIM in the public sector.
TIP – For Roadmap content see: Section 6 – Page 14
An archive version of this information article has been created if the original is no longer accessible (Archive information from January 2024)
The BICP (BIM Innovation Capability Programme) has pulled together a selection of case studies in order to share current knowledge and lessons learnt on BIM projects. A number of case studies, focusing on best practice affecting BIM on Irish projects in the Irish and international markets, are provided. The BICP aims to release a case study bi-monthly.
BIM case studies are grouped under the following headings:
- Design- Focused
- Construction Focused
- Client/Facilities Management Focused
- SME Focused.
The BICP’s (BIM Innovation Capability Programme) Irish BIM Study builds on the findings from the BICP’s Global BIM Study by providing an in-depth review of BIM in Ireland, with regards to key government publications, BIM champions, existing standards and procurement routes, BIM training programmes, current initiatives and maturity within public and private sector projects.
The study provides a snapshot of BIM in Ireland in 2017, demonstrating the interest it has gained in recent years and the remarkable progress that Ireland has made in building BIM capability. In recent years, the emergence of a BIM programme in the UK and other initiatives across the world have provided a focus for the Irish industry.
The BIM Innovation Capability Programme (BICP) was set up by the Construction IT Alliance (CitA) and Enterprise Ireland to support BIM adoption in Ireland. The BICP seeks to capture the capability of the Irish Construction Industry and the Higher Education Institutes to respond to the increased requirement for BIM in Irish construction and engineering projects. The outputs of BICP will seek to influence the strategic use of BIM by key clients and procurement policy makers in Ireland.
BICP’s website presents the current work of the programme, as well as hosting many resources and links related to the adoption of BIM in Ireland. It also contains details of the BICP programme including the four work packages: Information Gathering, Consultation, In-depth Analysis and Disseminate Findings.
The Construction IT Alliance (CitA) BIM Innovation Capability Programme (BICP), funded by Enterprise Ireland, aims to capture the construction industry’s and academia’s capability to respond to the increased requirements for BIM in Irish construction projects. The BICP is a direct response to the ‘Construction 2020 report’, published in 2014. The report aims to promote the use of BIM and develop the appropriate technical skills amongst Irish construction firms so that they can compete in a market where BIM is a requirement. There are four distinct work packages to achieve the strategic objectives of the BICP, which include a systemic review of BIM adoption in international regions, with a particular focus on the enablers that can support national implementation programmes.
This Global BIM Study focusses on exploring the value proposition behind BIM adoption in international regions and what governments and professional bodies are doing to advance it. A number of countries from across different continents were explored as part of this study, as well as European countries. The study highlights the strategic importance of BIM to international governments and identifies the common themes or pillars present within international BIM programmes. These include public leadership, growth capability and industry capacity, building a common collaborative business environment and, above all, creating a more productive, less adversarial construction sector.
