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Building information modeling - BIM: Design & Engineering & Development, Management

Building information modeling (BIM):
- a process involving the generation and management of
- digital representations of the physical and
- functional characteristics of places.
- BIM is supported by various tools, technologies and contracts
- Building information models (BIMs) are computer files (often but not always in proprietary formats and containing proprietary data) which can be extracted, exchanged or networked to support decision-making regarding a built asset.
- BIM software is used by individuals, businesses and government agencies who:
  - plan buildings,
  - design buildings ,
  - construct buildings,
  - operate buildings
  - maintain buildings

BIM Level:
- Level 0 (excluded): CAD -> drawings (plans), texts, lists
- Level 1 BIM: 2D, 3D; BIMS -> Submodels per discipline
- Level 2 BIM: BIMS -> partial models per discipline
- Level 3 BIM: IBIM, lifecycle management -> integral, interoperable data

The dimensions of BIM: From 3D to 10D:
- 3D-BIM: Dreidimensionale Modellierung: With 3D BIM, he can not only visualize the appearance, but also ensure that the building services fit correctly into the space, without physical conflicts.
- 4D-BIM-construction time analysis: 4D BIM brings the dimension of time into play. Using 4D BIM, it is simulate construction progress week after week to ensure everything stays on schedule and identify potential delays in advance.
- 5D BIM: cost management: It enables a direct connection between digital models, quantities and cost estimates.
- 6D BIM: sustainability and efficiency: It provides energy analysis tools to develop sustainable and energy efficient designs.
- 7D-BIM: Facility Management: It provides tools for the maintenance, upkeep and eventual renovation or demolition of the building, maximizing the longevity and efficiency of the building.
- 8D-BIM: construction site safety: 8D BIM enables advance planning of safety measures and identifies potential hazards before construction begins. Not only does it help reduce accidents, but it also ensures a safer work environment.
- 9D-BIM: Lean Construction,It's about minimizing waste, streamlining processes and ensuring every element of the construction process works optimally.
- 10D-BIM: industrialization of construction: Using technologies such as robotics, artificial intelligence and advanced analytics, 10D-BIM aims to further transform and modernize the construction sector.

Integrated BIM visualization:
- CAD to BIM
- Options for 3D visualization of BIM data
- IFC File-based BIM visualization in 3D (three Dimensional) and 2D-Drafting (two Dimensional)
- 3D BIM visualizations and renderings via image optimization
- Visualization, 3D Technical animations, 3D-(2D-Drafting) configuration
- Augmented Reality (AR) und Virtual Reality (VR), 3D interaction

Our Innovative Technologies:
Building Information Modeling - BIM

Viewpoints:


  Our Expertise at Building Information Modeling - BIM

Building Information Modeling -BIM throughout the project life-cycle
Building Information Modeling -BIM-Management of building information models
Building Information Modeling -BIM in construction management
Building Information Modeling -BIM in facility operation
Ideas For Design and Engineering
Multiphysik Analysis:
           Mechanical
           Electrical
           Electronics
           Thermal Design
           Thermal and Fluidflow Analysis
           Airflow
           Evaluation
Optimizing System-Building-Level
Applications of Renewable energ and technology at Architecture and urban planning
                 Wind power
                 Hydropower
                 Solar energy
                 Biomass
                 Biofuel
                 Geothermal energy
Architecture and urban planning