Within its Building Information Modeling (BIM) system, KAMPER uses 3D models to create virtual buildings using geometric and parametric data. These models provide comprehensive information about the form, functions, materials, and costs. Project participants such as architects and engineers use those models to analyse and visualise various aspects of future buildings. KAMPER conducts interference checks, material calculations and schedule simulations. Intelligent data linking allows changes to be automatically applied to all relevant areas, improving consistency and accuracy. Error detection and quality assurance during the construction phase are a priority. By deploying intelligent 3D models, KAMPER facilitates planning, communication, and collaboration between project participants, resulting in more efficient and precise handling of construction projects.

At Kamper, BMI optimises construction project coordination by improving collaboration, reducing errors, and enabling realistic visualisation and efficient cost planning. 3D modelling allows for the early detection of conflicts and automatically calculates material quantities, saving costs and time. The BIM model is also used to optimise operation and maintenance after completing a project. Implementing QR codes on construction plans ensures timeliness and contributes to smooth project implementation. In total, BIM coordination improves communication between the parties involved, minimises errors and costs and increases efficiency in the construction process.

Building Information Modeling (BIM) comprises various dimensions defining the scope and level of detail of a model:

3D model: 3-dimensional representation of a building or system.

4D planning: A time component is added to the model for construction progress simulation and scheduling.

5D cost management: Cost information is linked to model components for material calculation and budget tracking.

These dimensions extend the basic model beyond pure geometry and integrate additional information such as schedules, costs, sustainability, and system management into the planning and construction process.

Kamper’s Building Information Modeling (BIM) enables costs and quantities to be continuously updated during the planning and construction process as relevant data is integrated directly into the BIM model, making changes and updates traceable in real time. Linking costs and quantities to model components enables automatic and accurate cost estimates and quantity calculations. The model automatically adapts to changes, resulting in precise budgeting and continuous monitoring of costs. Thus, the preparation of tenders is supported by providing more accurate information about the required quantities of materials. Overall, BIM ensures improved budgeting and cost transparency throughout the entire construction process.

At Kamper, 3D laser scans are crucial for Building Information Modeling (BIM) as they enable the rapid capture of existing buildings and the creation of precise 3D models for the BIM. The generated point clouds support accurate measurements and early interference detection, which saves time and costs. . Overall, 3D laser scanning offers numerous benefits for BIM, including mapping of buildings, precise modelling, interference detection, accurate measurements, defect documentation and effective interaction between building project participants.

3D printing is essential in implementing Building Information Modeling (BIM) at Kamper. It enables the creation of true-to-scale models to visualise and communicate designs and rapidly produce prototypes for design optimisation. In addition, unique components can be produced in-house using 3D printing, which enables flexible and customised solutions. The physical models generated improve collaboration between project participants and are well-suited for training purposes and presentations. Overall, in-house 3D printing combined with BIM provides numerous benefits, including improved visualisation, optimised design, and enhanced possibilities for creative solutions.