What is ISO 13567-2:2017?

ISO 13567-2:2017 is an international standard that provides guidelines for organizing and structuring digital data regarding the arrangement of building information. It specifically focuses on the representation of drawings in the architectural, engineering, construction, and operation areas.

The Purpose of ISO 13567-2:2017

This standard aims to establish a common framework to efficiently manage, exchange, and integrate digital data related to various stages of a building's lifecycle. By implementing ISO 13567-2:2017, organizations can improve collaboration among stakeholders, ensure consistency in document control, and enhance the accuracy of information shared between different software applications.

The Key Elements of ISO 13567-2:2017

ISO 13567-2:2017 outlines several key elements that define the structure of digital data in the building information modeling (BIM) processes:

Naming Conventions: The standard provides rules and recommendations for naming files, layers, and objects within a BIM environment. This ensures clarity and avoids confusion when exchanging data between different software platforms.

Layer Management: ISO 13567-2:2017 defines principles for organizing layers within drawings, including layer naming, visibility, and grouping. These guidelines help maintain consistency and improve efficiency during project execution.

Drawing Organization: The standard introduces strategies for structuring drawings, such as sheet numbering, layout organization, and sectioning. These techniques facilitate easy search, retrieval, and referencing of specific information within complex building designs.

Drawing Output: ISO 13567-2:2017 provides recommendations on representation standards, such as line types, line weights, and text styles. Ensuring consistent output improves readability and comprehension of digital drawings among different project stakeholders.

Benefits of Implementing ISO 13567-2:2017

By adhering to ISO 13567-2:2017, organizations can experience several advantages:

Improved Collaboration: Clear and consistent guidelines for document management foster better collaboration among architects, engineers, contractors, and owners.

Efficient Data Exchange: Following the standard's principles simplifies data exchange between various software applications used in BIM processes, reducing the risk of errors or loss of information.

Enhanced Document Control: Structured naming conventions and layer organization enable effective document control, making it easier to locate, update, and manage drawing files throughout a building's lifecycle.

Time and Cost Savings: Implementing ISO 13567-2:2017 streamlines workflows and reduces rework, resulting in improved project efficiency and cost savings.

Becoming familiar with ISO 13567-2:2017 is necessary for professionals involved in architectural, engineering, construction, or operation fields, as it provides a standardized approach to manage digital data throughout the entire lifespan of a building project.