The art  of engineering. reimagined.

This masonry skeleton construction is a prototype building with a uniform column grid, consisting of rib-reinforced vaulted ceilings, masonry columns , and arches, which set standards for economical and functional construction throughout Prussia.

This masonry structure with pin-jointed iron truss arches connects Berlin to the world. A train station whose innovative roof structure, at the time, featured the largest span in Europe.

This iron truss bridge with an arch and central hinge connects two districts of Berlin. With a main span of 86 meters, it was a technical masterpiece of its time and represents innovative bridge engineering of the late 19th century.

The cable-net cooling tower of the Hamm-Uentrop nuclear power plant in Schmehausen is globally unique in its design. The load-bearing network of steel cables replaces traditional concrete structures, enabling an exceptionally lightweight and efficient construction.

This cast steel and glass structure is built in 1854 using innovative industrial manufacturing processes in a very short time. Although intended as a temporary building, it shaped Munich’s reputation as a city of art for over 75 years through its exhibitions.

The timber halls of the company Otto Hetzer AG were based on a construction principle patented in 1906: glued and curved timber elements that enabled large spans – a groundbreaking innovation in timber construction.