Schöck supplies the Bildungscampus Freiham in Munich with components for thermal separation. The project is among the largest educational buildings in the Bavarian capital and will accommodate several thousand students upon completion. The campus brings together several schools and educational institutions under one urban planning concept.
The building technology specialist from Baden-Baden supplies its product solutions for thermal bridge minimization in connecting structural elements. These are used particularly at balcony connections, canopies, and cantilever components. Thermal separation prevents heat loss and contributes to the energy efficiency of buildings – a central aspect for public buildings with high sustainability requirements.
Bildungscampus Freiham is being built in Munich's western urban development area. The architecture is based on modern learning concepts with open spatial structures and flexible usage options. Large glass surfaces and cantilevers characterize the appearance. Thermal bridge solutions are particularly essential in such constructions to meet the energy requirements of the EnEV and to prevent building damage from condensation.
In recent years, Schöck has supplied several educational buildings. The company strategically positions its solutions for projects with demanding static and building physics requirements. Similar solutions were already used in the Holzhaus Linse in Berlin, where thermal separation in timber construction was also required.
The Munich project underscores the growing importance of energy-optimized detail solutions in public construction. Municipalities and building owners are increasingly prioritizing long-term low operating costs and high construction quality. Modern school buildings must meet not only functional requirements but also strict energy standards.
Bildungscampus Freiham is part of a larger urban development project. For years, Munich has been systematically developing the Freiham district to meet population growth and increasing demand for residential and educational infrastructure. The campus forms a central component of the social infrastructure.
Schöck does not disclose detailed project volumes. However, participation in one of Munich's largest educational buildings should serve as a reference for future public sector tenders. The company has specialized in thermal separation solutions for decades and supplies projects domestically and abroad.
