Methodically successful
Achieving ambitious goals: yes – efficiently and digitally with a suitable cross-industry method. To successfully connect people, securely pave ways and make Baukultur that can be experienced, we apply digital methods in design, checking, supervision and maintenance and develop new solutions for our digital work processes.
Building information modelling optimally digitally integrated in five dimensions, visualisations, real-time models, virtual and augmented reality, artificial intelligence, drone flights, 3D cameras, 3D print or expert knowledge of structural health monitoring (SHM) – anything to keep developing our work and optimise the results.
BIM – BAM – BUM
Complex infrastructure projects are becoming ever more expensive and difficult to implement. We counteract this development by relying on the BIM planning method. We use the enormous advantages of BIM with respect to traditional methods over the entire development cycle of our design projects and are thus able to unlock previously unthinkable potential for our clients.
Structures, intensively
Even if analytical reserves have been exhausted or possible damage cannot be detected from the outside, this does not mean that a structure has reached the end of its service life. Suitable SHM systems can obtain data, monitor damage and automatically determine and illustrate certainties. Linking our expert knowledge of structural engineering, structural inspection and particularly the BIM method helps enormously to facilitate the embedding of this knowledge in models of the current state of a structure and the visualisation of structures and structural states.
We are happy to help with the concept, tendering and evaluation.
Bits und Bytes
Long before a structure has been completed, GRASSL experts visualise it photo-realistically or in a digital environment, or create a 3D-printed model. This is a big advantage for the project implementation and the deepening of technical understanding. Our engineers and clients also gain new perspectives through environment models obtained from drone flights. Thanks to photogrammetry, immersive experiences using VR (virtual reality) glasses allow us to delve into virtual real-time models and to apply the gained insights in design, implementation, maintenance and operation.