Tomasz Zybała

Tomasz Zybała serves as an Assistant at the Department of Technical Fundamentals of Architectural Design within the Faculty of Architecture at Gdańsk University of Technology since 2021, while concurrently holding an Assistant and doctoral student position at the Department of Structural Mechanics, Faculty of Civil and Environmental Engineering since 2018. His professional engineering portfolio includes high-profile heritage projects such as the modernization of Gdańsk State Archives, Artus Court façade restoration, Neptune Fountain conservation, Gdańsk Main Town Hall tower dome renovation, and Hevelius Fountain construction.

His educational background includes:

• Civil Engineering degree from the Faculty of Civil and Environmental Engineering at Gdańsk University of Technology

Dr. Zybała's research centers on the historic wooden architecture of the Vistula Żuławy region, specializing in conservation methodologies for building structures and geometric-strength analysis of historical carpentry joints. This work is operationalized through his leadership as contractor for the National Science Centre grant "Geometric and Strength Analysis of Historical Carpentry Joints" and participation in the international "HiHTC – Sustainable, Highly Environmentally Efficient Solutions in Timber Construction" program. His interdisciplinary approach integrates traditional craftsmanship analysis with contemporary sustainable construction principles, creating synergies between architectural heritage preservation and modern environmental efficiency standards.

No scientific awards are documented in the provided materials.

His research funding activities include directing the National Science Centre grant on historical carpentry joints while contributing to the HiHTC program's educational framework. In pedagogy, he instructs Architecture of Cultural Spaces and Interior Design students in general construction, materials science, and building installations, emphasizing practical technical integration into architectural design processes.