The Importance of International Standards in Civil Engineering
Civil engineering is a vital discipline that plays a key role in shaping the infrastructure and development of communities around the world. The construction of buildings, roads, bridges and other structures is a complex process requiring compliance with high safety, reliability and efficiency standards. International standards in civil engineering ensure that these structures are designed and built with the same level of quality in different countries, improving safety, reducing costs and promoting sustainability.
One of the main advantages of international standards in construction is safety. These standards set guidelines for the design, construction, and maintenance of structures to ensure that they are structurally sound and safe for public use. These include requirements for materials, strength, stability, and durability, and guidelines for testing and inspection of structures to ensure they meet these requirements. By adhering to these standards, engineers can be confident that the structures they design and build are safe, reliable, and reduce the risk of accidents and injuries.
Today we would like to introduce you to the latest standards currently on the market.
Information Modeling – Part 4: Information Exchange (ISO 19650-4:2022)
ISO 19650 Part 4 provides detailed procedures and procedures for decision points in the process of conducting information exchange within information management as defined in ISO 19650. provide a standard. Promote a sustainable approach to information exchange where immediate provision of information does not preclude future use.
Applies to all information exchange within the project phase (ISO 19650 Part 2) and in-use events (ISO 19650 Part 3). All development and information exchange must be conducted under appropriate security controls (ISO 19650 Part 5).
Organization and digitization of information on civil engineering, including Building Information Modeling (BIM) - Information management using Building Information Modeling - Part 4: Information exchange (ISO 19650-4:2022 )
EN ISO 19650-4:2022
This document specifies detailed processes and decision-making criteria for information exchange according to the ISO 19650 series and ensures the quality of the resulting Project Information Model or Asset Information Model. It describes the implementation of ISO 19650-1 concepts and applies to information exchange within the delivery phase covered by ISO 19650-2 and operational trigger events covered by ISO 19650-3.
This document applies to assets of any size and complexity. This includes buildings, campuses, infrastructure networks, individual buildings, and infrastructure portfolios. The requirements in this document should be applied in a manner appropriate to the size and complexity of your assets. In this document the term "considered" is used. This phrase is used to introduce a list of items that individuals should consider carefully in relation to the key requirements described in the subsections. The amount of research required, the time required for completion, and the need for supporting evidence will depend on the complexity of the asset, the experience of the stakeholders, and national policy requirements for adopting building information modeling. For relatively small or simple assets, it is possible that some of these "must-consider" items can be filled out very quickly or discarded as irrelevant. One way to help identify which of the “shall consider” statements are relevant can be to review each statement and create templates for assets of different sizes and complexity.
It supports the satisfaction of a specific EIR/AIR related to an individual information exchange of any type of information by enumerating criteria relating to completeness, compliance to formal exchange schemas, the continuity of concepts between exchanges and the elimination of spatial and specification conflicts
Organization and digitization of information about buildings and civil engineering works, including building information modelling (BIM) — Information management using building information modelling — Part 4: Information exchange
This document specifies the detailed process and criteria for decision makings when executing an information exchange as specified by the ISO 19650 series to ensure the quality of the resulting project information model or asset information model. It details the implementation of the concepts in ISO 19650-1 and is applicable to any information exchange within the delivery stages covered by ISO 19650-2 and operational trigger events covered by ISO 19650-3. This document is applicable to assets of all sizes and all levels of complexity. This includes portfolios of buildings, campuses, infrastructure networks, individual buildings and pieces of infrastructure.
The requirements of this document should be applied in a manner proportional to the size and complexity of the asset. In this document the term "considered" is used. This phrase is used to introduce a list of items that individuals should consider carefully in relation to the key requirements described in the subsections. The amount of research required, the time required for completion, and the need for supporting evidence will depend on the complexity of the asset, the experience of the stakeholders, and national policy requirements for adopting building information modeling.
For relatively small or simple assets, it may be possible to complete some of these "must consider" items very quickly or discard them as irrelevant. One way to determine which "should" statements are relevant is to go through each statement and create templates for assets of varying size and complexity.
The International Standard also promotes cost efficiency in civil engineering by providing common guidelines for the design and construction of structures. These standards provide a framework for engineers to design efficient, cost-effective and sustainable structures. Using standardized designs and materials allows engineers to reduce construction costs while maintaining the required levels of safety and reliability. In addition, meeting international standards can create economies of scale. Manufacturers can produce parts in large quantities, thus lowering the cost per unit.
Sustainability is also an essential factor in civil engineering, and international standards play a significant role in promoting environmentally conscious practices. These standards provide guidelines for the use of sustainable materials, such as recycled or renewable materials, and promote the use of energy-efficient designs and technologies. Additionally, these standards establish guidelines for the reduction of waste and the responsible management of construction materials, reducing the impact of civil engineering projects on the environment.
In addition, adherence to international standards in civil engineering facilitates communication and collaboration between engineers and researchers from different countries. These collaborations can lead to the sharing of best practices and the development of new technologies and methods, ultimately improving the efficiency and effectiveness of civil engineering projects.
The international standard also plays an important role in promoting interoperability of civil engineering projects in different countries. By establishing common guidelines and standards, engineers can ensure that structures and infrastructure are compatible and interoperable across different regions and countries. This is especially important in relation to large infrastructure projects, which often cross borders, such as transportation networks and water management systems.
In summary, international standards are essential to the success of civil engineering projects around the world. Ensuring safety, cost efficiency, sustainability, communication, collaboration and interoperability are all important factors in the design, construction and maintenance of structures and infrastructure. By adhering to these standards, civil engineers ensure that their work supports community development and growth, promotes sustainability, and ultimately contributes to a better world.