Provides site location and context, Provides topographical information which can be collected through surveying techniques, Use of geospatial data in ArgGIS software to integrate with BIM, Allows early clash detection and identifying errors/obstructions/challenges, Are essential for projects such as roads and rails construction
Provides real time information with the use of IoT sensors, Allows for predictive maintenance: reduces downtime and increases efficiency, Enhanced decision making: provides insights to asset performances, Improved collaboration, Tracks entire asset lifecycle: improves management, Allows sustainability through carbon monitoring, resource optimization, energy analysis
Investment in technology, sensors and expertise, Learning curve, requires expertise to create, implement and maintain, Cybersecurity risks, Data integration challenges: integration from various sources, Dependent on accurate data, poor management or inaccurate data reduces efficiency
What is the relationship between PAS 1192 and ISO 19650?
PAS1192 was developed specifically for the UK, with alignment with UK regulations, ISO19650 is an international standard for BIM, directly derived from PAS 1192, They are largely equivalent in terms of structure and sub standards (CDOIS)
What are the key aspects covered by the ISO 19650 standards?
Concepts and principles - Standardized data management across project lifecycle, Delivery phase of assets - Requirements for BIM in design and construction phase, Operational phase of assets - Requirements for BIM in operational and maintenance phase, Information exchange - Standardized processes and data formats for information exchange, Security - Security protocols to manage project data