Laser scanning (LiDAR - Light Detecting and Ranging) is a very fast and accurate method of obtaining data on the geometry of an object. The measurement is based on the principle of laser determination of the distance from a point with specific coordinates (the center of the scanner) to the tested object and determination of its coordinates in the adopted spatial polar coordinate system. Laser scanning has both terrestrial, mobile and airborne applications. Learn the introduction and requirements of laser scanning. Learn about laser scanning requirements and introduction, a vital technique for accurate and efficient data collection.
We have already established that the BIM model is part of the Digital Twin - its physical representation. In order to determine what should be included in the BIM model, or rather its subset - the Operational Information Model (AIM), the Ordering Party should prepare the Operational Information Requirements (Asset Information Requirements) containing the arrangements with the FM team. Only on this basis can the Contractors get to work. The information necessary to prepare them is often contained in many different documents, from which we have to extract the data we need. On this basis, we can prepare our model, which we then "bring to life" through data from the network of sensors distributed in the physical twin, which will allow us to create our digital twin - the Digital Twin. Explore the differences between Digital Twin and BIM in Facility Management and their impact on asset management and building design.
What is a Digital Twin in Facility Management? Shaw and Fruhlinger (2019) describe it as “a digital representation of a physical object or system.” Parrott and Warshaw (2017) add that they reflect real-world objects, processes, or systems and can be defined “as an evolving digital profile of the historical and current behavior of a physical object or process that helps optimize business outcomes.” Learn the key differences between Digital Twin and BIM models for facility management. Discover their unique benefits and applications.
We've finally got it! Finally, what all participants in the building life cycle have been quietly dreaming about is becoming a reality. BIM4FM slim Twin - digital twins are created in parallel to the buildings around us and, most importantly, they live and develop together with them. Discover how BIM4FM Slim Twin enhances facility management with streamlined, essential data and efficient digital twin updates
Are you determined to open up new sales channels? Increase the likelihood of using your products on construction sites? Get up-to-date information about your products to specifiers and on site faster? Benefit from advanced analysis of the use of digital models of your products in projects? This means you want to prepare, improve, or expand the database of files you share in Building Information Modeling (BIM objects / BIM components / BIM libraries / BIM families) technology.
Sharing digital models by manufacturers of construction components has become a market standard. Proposing appropriate solutions and providing products to those responsible for preparing specifications is one of the key factors for success. The era of printing brochures or sending PDF files via email is ending; the era of supporting designers with data that can be seamlessly integrated into their models and schedules is approaching.
The construction industry is rapidly formulating its BIM requirements for building component manufacturers. Due to the current situation caused by the pandemic, design firms have quickly transitioned to remote work, and project information exchange increasingly occurs through digital collaboration environments. One of the effects of working from home is the lack of access to physical samples of building products.
Building Information Modeling (BIM) Objects, or in Polish – biblioteki BIM, obiekty BIM, Rodziny BIM, komponenty BIM… all these terms are synonyms and refer to digital 3D models enhanced with metadata. It is the data, or the “I” in Information, that is crucial for BIM objects, as the content of this information determines their future usability.
The Ministry of Development, as part of the initiative: Digitization of the Construction Process in Poland, published a Roadmap for the implementation of BIM methodology in public procurement in July 2020 [1]. The document outlines the framework for introducing BIM in Poland, particularly concerning legislation and the public procurement system. The implementation is planned for the years 2021 – 2030.
