10.09.2026
Four projects featuring engineering services provided by Timbatec were recognized at the «best architects 27 award.» The award-winning buildings in Baar, Zurich, and Ittigen showcase the breadth of sophisticated timber construction design—from a mega-timber truss spanning 35 meters to the careful renovation of historic structures.
The «best architects award» is one of Europe’s leading architecture awards and honors completed projects that demonstrate exceptional architectural quality and a distinctive design approach. Nearly 400 projects were submitted for the «best architects 27 award,» and 80 of them received an award. The projects were evaluated by an international jury consisting of Jan Bohnert, Antoine Santiard, and Christian Weyell.
No fewer than four projects in which Timbatec was involved are among the award-winning works. They exemplify a variety of challenges ranging from new construction and residential development to public works and the careful preservation of existing buildings. The official list of winners confirms that all four projects have won in their respective categories.
Above the triple-purpose gym, a massive 35 × 50-meter wooden truss supports two full school floors. The complex primary and secondary structural system combines wood and steel, making this extraordinary span possible in the first place.

127 apartments combine high-quality architecture with a consistently developed hybrid wood construction method compliant with Minergie-P-Eco standards. Concrete slabs, wood-frame facade elements, and integrated glulam columns make targeted use of the respective strengths of these materials.

A deliberately simple timber-frame structure transforms a little-noticed spot behind Zurich’s main train station into a new arrival and gathering place. Because the building was designed as a temporary structure, it was constructed using raw materials and following the «design for disassembly» principle.

The former pasta factory, built in 1843, was expanded without losing its historic character, which is defined by its wood and sandstone construction. A Vierendeel girder made of glued-laminated timber and steel handles the demanding load-bearing requirements despite the low ceiling height and was integrated into the existing ceiling structure in a way that makes it largely invisible.

These four awards also demonstrate the many different ways in which good architecture and engineering design can work together: whether in the wide-span timber structure of a school building, a large-scale residential development, a temporary structure designed to be dismantled, or the structural retrofitting of a historic building.