With more than 30 years of experience, KWI combines extensive expertise with the capability to successfully deliver complex construction projects. The Building Information Modeling (BIM) methodology opens up new perspectives and development opportunities by ensuring transparent planning processes and enabling reliable, data-based decision-making.

We therefore plan and execute projects using BIM methodologies and support our clients in the implementation and integration of BIM within their organizations and projects.

The digital transformation of the construction industry is progressing rapidly, and many emerging trends have already become reality. The Internet of Things (IoT) is shaping the future by connecting buildings with data and information from various systems and sources.

Modern buildings are increasingly capable of independently controlling technical systems and automatically triggering maintenance processes. That is why we are already focusing today on the challenges of tomorrow — delivering smart and intelligent solutions for our clients, including innovative technologies such as virtual reality-based building inspections.

We provide specialist and coordination models from a single source and advise our clients on the opportunities and benefits offered by the BIM methodology. Our BIM consulting services also benefit from the extensive practical planning experience of IPROconsult. In BIM consulting, we support our partners with expert knowledge and help minimize the implementation costs associated with Building Information Modeling.

Using the BIM methodology, we support our clients throughout the entire value chain and life cycle of a building project.

Project Preparation

• Definition of BIM objectives and use cases for the project
• Consulting during the preparation of Employer’s Information Requirements (EIR)
• Establishment of technical and organizational project requirements
• Identification of project-specific processes and BIM-related workflows

Planning

• General planning using BIM methodologies
• Preparation of the BIM Execution Plan (BEP)
• Creation, integration, and coordination of discipline-specific models across all trades
• Early collision detection through digital clash detection processes
• Integration of physical, technical, and descriptive data into three-dimensional building components for use throughout the building life cycle
• Digitalization of workflows and approval processes
• Virtual reality-based live walkthroughs of future construction projects before groundbreaking
• BIM project management

Construction Phase

• Digital construction supervision and monitoring
• Definition of information requirements for construction execution
• Provision of digital models for contractors, project partners, and clients

Operation

• Prevention of information loss during transition into operation
• Handover of planning data as a digital project archive
• Definition and integration of operational information requirements into the model
• Integration of the digital model into facility management systems
• Integration of refurbishment and modification measures into the digital twin

Deconstruction

• Support of digital deconstruction processes
• Optimization of processes through algorithm-based solutions
• Tracking of building components and quantities throughout the deconstruction process