

BIM - Digital Integrated Design
Building Information Modeling (BIM) stands for the digital representation of all architectural, technical, physical and functional properties of a building structure in a central electronic data model. Here, the data from the briefing, design, construction and operation through alteration and conversion to demolition are recorded, stored and updated. The continual recording and processing of data from all design processes from the first idea through to facility management enable precise predictions to be made for the construction and lifecycle costs of a building.
Why should you as client request an integrated BIM design process?
- Better basis for your design decisions
- 3D visualizations and virtual walk-throughs in the BIM model
- Simulation and prognosis of future operating costs at an early design stage
- Fast cost prognoses possible at any time
- Smooth project progress by means of collision-free design
- Reduction of non-budgeted changes (up to 40%)
- Shortening of the overall duration of the project
- Full support of sustainability certification
- Basis for efficient computer-aided facility management (CAFM)
- Full record documentation of the project
The ATP design philosophy and the logical representation of the causal relationship:
- Sustainable building development demands consideration of the lifecycle.
- The consideration of the lifecycle requires integrated design.
- Integrated design is optimally visualized by the BIM design tool
BIM2Indilight atp innsbruck 20.04.2021 ATP participates in a research project into the early integration of energy-efficient lighting into the design process more
TIME SPACE EXISTENCE news 26.03.2021 Venice 2021: ATP creates a BIM-powered ‘place of energy’ for the ECC exhibition at the Architecture Biennale more
BIM as a Success Factor atp zagreb 01.02.2021 In its “BIM Competence Center”, ATP Zagreb offers professional training for its employees. more
CRAVEzero lecture 27.01.2021 Michael Haugeneder at the “Business Treff” on nearly Zero Energy Buildings and the example of tz1 more