The new Glulam frame at the University of Liverpool’s School of Architecture showcases the power of precision-engineered timber delivered through advanced offsite manufacturing. Designed to support large, open studio and teaching spaces, the structure demonstrates how Glulam can achieve impressive spans while maintaining a refined architectural presence. The exposed timber frame is integral to the building’s character, celebrating both material performance and contemporary sustainable construction.

​

Central to the project are a series of interlocking, large-span Glulam trusses, fully fabricated offsite to exacting standards. Manufacturing the trusses in a controlled factory environment allowed for exceptional quality control, accuracy, and consistency across every element. This offsite approach enabled complex geometry and detailing to be resolved early, reducing on-site risk and ensuring the frame arrived ready for efficient installation.

Key to the success of the system is the use of glued-in rod connections, providing a high-performance, concealed fixing solution that delivers both structural strength and clean architectural lines.

By integrating these connections during fabrication, the trusses achieved excellent load transfer while preserving the visual clarity of the timber. The result is a robust, elegant Glulam frame that was rapidly assembled on site, minimising programme time and disruption — a clear demonstration of how offsite-manufactured Glulam can deliver speed, precision, and standout architectural quality for complex educational buildings.