VNI (Valsts Nekustamie Īpašumi) is the most active customer of construction projects in the public sector and is working to promote the digitalisation of construction in Latvia. In accordance with the priorities of the BIM Roadmap, VNI developed guidelines for BIM in public procurement (including standard customer information requirements) and established a training program that allows other public sector organisations to be educated on the use of BIM.
The BIM Competence Centre’s website shares VNI’s guidance and templates in addition to information regarding BIM seminars, organised in cooperation with the Ministry of Economics and National Standards Body. The site also collects case studies from VNI’s BIM projects.
The Ministry of Economics – in cooperation with other state institutions and capital companies, representatives of the construction sector, educational institutions and construction customers – developed a Roadmap for the implementation of BIM in Latvia.
The Roadmap sets out the case for change, programme vision, targeted benefits, schedules, lines of action and key activities. It provides a focus for national transformation and demonstrates public leadership.
An archive version of this information article has been created if the original is no longer accessible (Archive information from January 2024)
This site is the primary destination for public sector information regarding the implementation of BIM in Latvia. It provides a summary on what BIM is and why it is important to Latvia, along with links to resources such as the Latvia BIM roadmap
Reinforcing public sector commitment to BIM transformation, this content is replicated under the policy section of the Ministry of Economics’ website.
Part of an ongoing programme of research, summary descriptions, results presentations and key reports are published on subjects such as, for instance ‘identifying the investments required for the implementation of building information modelling (BIM)’ and ‘Evaluation of benefits from the use of BIM in construction projects and operation of buildings and collection of good practices in the use of BIM’.
Further research is planned to be published on subjects such as the cost of implementing BIM, construction classification systems for BIM projects and providing free common data environment solutions for public procurers.
LVS has provided a single destination for information on locally relevant BIM standards, demonstrating Latvia’s alignment with international best practices, which have been adapted and interpreted for local conditions.
The website provides a summary of locally adopted standards along with a brief narrative summary. It includes ISO standards such as ISO 19650-1/2 and ISO 16739 in addition to local Latvian standard LVS 1052, which contains terms and definitions relating to the construction and real estate sector, contracts, education, legislation, etc.
Latvian Standard (LVS) is the national standards body for Latvia. It organises seminars and training courses on standards and standardisation in Latvia and Europe to help entrepreneurs, experts of technical committees, students and other target groups to get involved.
LVS created an e-learning platform for unlimited free access to courses and training materials related to standards and standardisation (registration via email is required).
The courses are designed to provide basic knowledge in BIM to a wider range of specialists. The e-learning platform includes subjects such as standards and standardisation, BIM management, BIM coordination, BIM modelling, risk management and information security management systems.
An archive version of this information article has been created if the original is no longer accessible (Archive information from January 2024)
The Global BIM Network hosted its inaugural General Assembly on 2 December 2021, bringing together representatives from public sector organisations to hear how the growing global digital construction sector is bringing benefits to people and places across the world – helping to build back better from COVID-19 and meet net-zero targets.
Attendees heard from members of the Global BIM Network in three knowledge exchange panel sessions, where the experience of regional and national digital construction initiatives was shared providing lessons learned, best practice and valuable insights for implementing BIM-based digital transformation strategies in public sector-funded projects.
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.
