Trimble Connect serves as a cloud-based collaboration platform that unites project stakeholders, data and workflows across the entire project lifecycle. By providing a central data source, also known as a Common Data Environment (CDE), it enables real-time access to 2D and 3D models, documents and other critical project information from any location and any device. Through integration with Trimble's surveying, mapping and reality capture solutions, Trimble Connect enables construction companies and engineering firms to manage and share highly precise, location-based data. This creates a seamless workflow between the office and the field, where site conditions captured by surveyors can be immediately visualized in the digital project model. Learn how field teams can communicate even more efficiently with the office team using Trimble Access, Trimble Business Center, and Trimble Connect software. This presentation will use customer examples from steel construction and infrastructure projects to clearly demonstrate how connected workflows can optimize processes and increase overall project efficiency. You will learn how the use of Tekla Structures software in concrete and steel construction enables precise building and reduces inaccuracies in construction documents. In combination with the Trimble X9 3D laser scanner and Trimble total stations, users can work more productively, improve quality, and simultaneously lower costs.

Die Bauindustrie durchläuft derzeit einen tiefgreifenden Wandel, der mit zahlreichen Herausforderungen verbunden ist, insbesondere in Bezug auf die Instandsetzung und den Ausbau von Infrastrukturen. In diesem anspruchsvollen Umfeld stehen die Marktteilnehmer vor der Aufgabe, Projekte schneller, nachhaltiger, kostengünstiger und in höherer Qualität umzusetzen. Um in dieser dynamischen Industrie erfolgreich zu sein, müssen sich die beteiligten Organisationen kontinuierlich weiterentwickeln. Dies erfordert hohe Kompetenzen im Management, in den Teams und im gesamten Projektökosystem. Ein entscheidender Erfolgsfaktor ist dabei der Digitalisierungsgrad der Beteiligten.

Autodesk AI und BIM bilden ein Fundament für die digitale Transformation in der Bauindustrie. Autodesk investiert seit vier Jahrzehnten in innovative Schlüsseltechnologien, darunter Künstliche Intelligenz (AI) und vernetztes Arbeiten mit Connected BIM in der offenen Autodesk Design & Make Plattform. Der Vortrag gibt einen umfassenden Überblick über die aktuellen technologischen Entwicklungen in der Bauindustrie mit Autodesk AI und skizziert die Zukunft von BIM.

To enable consistent communication by the surveying sector about its products and services within the BIM process, the DVW Working Group 3 defined four central "BIM discipline models for surveying": the Geodetic Spatial Reference Model, the As‑Built Survey Model, the Stakeout Model and the Construction Documentation Model. For each model, purpose, contents and interfaces to other disciplines are described.

More complex building regulations, a shortage of building land, and urban densification are making it increasingly difficult to submit an application for a building permit. In addition, the growing shortage of skilled workers means that the increasingly complex tasks can hardly be managed using the existing procedures. The growing information content makes it difficult to read the 2D site plan, which is still based on drawings and is an essential part of the planning application templates and demonstrates the integration of the building project into its building regulations and planning environment. At the same time, the planning process is being placed on completely new procedural and information technology foundations using the Building Information Modeling (BIM) method. BIM is object-oriented and geometrically 3D from the outset, so it makes sense to also place the site plan on a 3D basis. The basis for efficient data exchange between those involved in the planning process, including publicly appointed surveyors (ÖbVI), drafters (architectural firms), and approval authorities, must be a standardized data structure. A quality-assured 3D basis created with geodetic know-how in a standardized data structure is currently unavailable to the parties involved. More automation, particularly through model-based checks of complex regulations, can speed up the planning and approval processes and thus counteract the effects of the shortage of skilled workers. This is where the research project "3D site plan for building permit applications" comes in. The project aims to create an information model for 3D site plans that spans the BIM and GIS domains. The information will be the basis for interoperability between BIM and GIS-based processes, automating calculation and testing routines in the two domains, and incorporating the 3D site plan into the digital building permit process as an integral part. The presentation gives an overview of the current status of the project.