Implementation of BIM in the EU countries
Posted: Sun Dec 22, 2024 10:26 am
All these factors make infrastructure projects an important tool for uniting Europe and ensuring its sustainable development in the future.
The idea of ​​mandatory BIM application in government projects was first introduced by the UK authorities, a country canada email list that, ironically, is no longer part of the European Union. Since 2016, English specialists have become an example in setting high standards for other countries around the world. Thus, the key ISO 19650 standard, which describes information management processes and has been adopted by many European countries, is an adaptation of the British standards BS 1192 and PAS 1192-2.
Following Great Britain, the list of countries that have established mandatory use of BIM includes: France, Norway, Finland, Spain, Portugal, Austria, Romania, Serbia, Ireland, etc. In each of these countries, BIM has become mandatory in the implementation of state infrastructure projects for various reasons. In Italy, for example, requirements for construction transparency have helped in the fight against corruption and illegal business.
Thus, the implementation of BIM throughout Europe contributes to the improvement of construction quality, which ultimately improves the lives of citizens and the economic development of the country.
BIM in tourism
In tourist countries such as Spain, infrastructure facilities are becoming a key element that can increase the attractiveness of the country to foreign citizens. It is for such projects that BIM technologies are primarily applied.
The success of countries in maintaining a high tourist rating directly depends on how their infrastructure looks. Building roads and recreation areas in picturesque places can attract more visitors and improve the tourist experience of visiting the country. And a positive experience encourages them to visit again.
Challenges and Obstacles in BIM Implementation
The introduction of BIM into infrastructure construction undoubtedly opens up new opportunities to improve the quality and cost-effectiveness of projects. However, there are challenges and obstacles on the way to achieving these goals.
Training of specialists.
The introduction of BIM requires significant changes in approaches to design and construction, which entails the need for thorough retraining of specialists. This may become a challenge for many countries, including Russia.
Standardization .
Despite the existence of international standards, many countries are forced to develop their own adapted standards for infrastructure projects. This can be time-consuming and resource-consuming.
Software problems .
Software for infrastructure projects often differs from software for regular architectural projects. Adapting the working environment for these tasks can be quite difficult. As a result, you have to use many different programs.
To solve this problem, companies resort to automating processes using scripts or artificial intelligence.
Examples of projects
Despite the difficulties and peculiarities of BIM implementation in the EU countries, today there are many completed and under construction projects.
Fehmarnbelt Tunnel . The project for an approximately 18-kilometer-long underwater tunnel connecting Denmark and Germany also includes the development of the adjacent transport infrastructure. Completion of the project is scheduled for 2029.
La Sagrera train station in Barcelona . This is one of the most ambitious infrastructure projects demonstrating the benefits of using BIM. The construction of the new station will improve transport accessibility and quality of life in the city. The delivery of the facility is scheduled for 2026.
Innovative library Helsinki Central Library Oodi . The public library project symbolizes the evolution of public spaces and access to knowledge, and demonstrates the use of BIM to automate complex geometry. The building is already open to the public.
Conclusions
The introduction of BIM into infrastructure projects is an important step towards improving the quality and efficiency of construction. Despite the challenges and obstacles, the development of standards, technologies and skills of specialists will help to overcome these difficulties and achieve success in the implementation of infrastructure projects.
The idea of ​​mandatory BIM application in government projects was first introduced by the UK authorities, a country canada email list that, ironically, is no longer part of the European Union. Since 2016, English specialists have become an example in setting high standards for other countries around the world. Thus, the key ISO 19650 standard, which describes information management processes and has been adopted by many European countries, is an adaptation of the British standards BS 1192 and PAS 1192-2.
Following Great Britain, the list of countries that have established mandatory use of BIM includes: France, Norway, Finland, Spain, Portugal, Austria, Romania, Serbia, Ireland, etc. In each of these countries, BIM has become mandatory in the implementation of state infrastructure projects for various reasons. In Italy, for example, requirements for construction transparency have helped in the fight against corruption and illegal business.
Thus, the implementation of BIM throughout Europe contributes to the improvement of construction quality, which ultimately improves the lives of citizens and the economic development of the country.
BIM in tourism
In tourist countries such as Spain, infrastructure facilities are becoming a key element that can increase the attractiveness of the country to foreign citizens. It is for such projects that BIM technologies are primarily applied.
The success of countries in maintaining a high tourist rating directly depends on how their infrastructure looks. Building roads and recreation areas in picturesque places can attract more visitors and improve the tourist experience of visiting the country. And a positive experience encourages them to visit again.
Challenges and Obstacles in BIM Implementation
The introduction of BIM into infrastructure construction undoubtedly opens up new opportunities to improve the quality and cost-effectiveness of projects. However, there are challenges and obstacles on the way to achieving these goals.
Training of specialists.
The introduction of BIM requires significant changes in approaches to design and construction, which entails the need for thorough retraining of specialists. This may become a challenge for many countries, including Russia.
Standardization .
Despite the existence of international standards, many countries are forced to develop their own adapted standards for infrastructure projects. This can be time-consuming and resource-consuming.
Software problems .
Software for infrastructure projects often differs from software for regular architectural projects. Adapting the working environment for these tasks can be quite difficult. As a result, you have to use many different programs.
To solve this problem, companies resort to automating processes using scripts or artificial intelligence.
Examples of projects
Despite the difficulties and peculiarities of BIM implementation in the EU countries, today there are many completed and under construction projects.
Fehmarnbelt Tunnel . The project for an approximately 18-kilometer-long underwater tunnel connecting Denmark and Germany also includes the development of the adjacent transport infrastructure. Completion of the project is scheduled for 2029.
La Sagrera train station in Barcelona . This is one of the most ambitious infrastructure projects demonstrating the benefits of using BIM. The construction of the new station will improve transport accessibility and quality of life in the city. The delivery of the facility is scheduled for 2026.
Innovative library Helsinki Central Library Oodi . The public library project symbolizes the evolution of public spaces and access to knowledge, and demonstrates the use of BIM to automate complex geometry. The building is already open to the public.
Conclusions
The introduction of BIM into infrastructure projects is an important step towards improving the quality and efficiency of construction. Despite the challenges and obstacles, the development of standards, technologies and skills of specialists will help to overcome these difficulties and achieve success in the implementation of infrastructure projects.