Chapter 5: Deconstruction & Recycling – Sustainability Through a Digitally Driven Circular Economy (Author: Dr.-Ing. Maximilian Bauer, BIM specialist & Head of Research, Technical University of Munich) Deconstruction is not the end of a building’s life cycle, but the start of its next one. In this phase, Building Information Modeling (BIM) unlocks circular value creation—from precision dismantling plans to the direct reuse.. Read more
The operational phase is the longest and most cost-intensive stage in a building’s lifecycle – where BIM evolves from a planning tool into a “living system” enabling intelligent usage, predictive maintenance, and circular value creation. 4.1 Digital Twins: The Brain of Smart Buildings Baden-Württemberg Case Study: Filstal Bridge The Filstal Bridge uses 200+ IoT sensors to monitor structural.. Read more
Chapter 2: The Planning Phase The planning phase forms the backbone of every BIM project. Here, technical, organizational, legal, and cultural foundations are established, determining the success of the entire lifecycle. In Germany’s market, shaped by midsize companies and complex regulations, this requires balancing innovation with practicality. 2.1 BIM Implementation Strategy: From Pilot to Routine Every BIM project begins with.. Read more
Building Information Modeling (BIM): A Paradigm Shift in Construction Building Information Modeling (BIM) represents a transformative approach to the planning, construction, and management of buildings. It is more than just software; it is a collaborative methodology that leverages digital models to consistently capture, exchange, and analyze all relevant information throughout a building’s lifecycle. At its heart, BIM centralizes data –.. Read more
