ETH Zürich invites applications for a fully funded PhD position in Computational Design and Digital Fabrication of high-performance timber plate structures, based at Gramazio Kohler Research, the Chair of Architecture and Digital Fabrication at the Institute of Technology in Architecture. This interdisciplinary project, in collaboration with the Chair for Timber Structures (Prof. Dr. Andrea Frangi), aims to advance the planning, fabrication, and construction of timber plate structures through innovative digital and physical engineering approaches. The research will be conducted within the Robotic Fabrication Laboratory (RFL), a world-class digital construction environment, and will focus on developing open-source software tools for planning automation and digital information exchange across architecture, engineering, and construction (AEC) disciplines. Key topics include computational design, timber construction, CNC fabrication, robotic assembly, semantic data models, finite element analysis, and plugin development. The project emphasizes interdisciplinary teamwork and the integration of digital manufacturing techniques in sustainable timber engineering. ETH Zürich offers an inclusive and diverse research culture, access to state-of-the-art equipment, and opportunities for professional development and industry collaboration. The successful candidate will join a vibrant community of researchers and educators dedicated to excellence and sustainability in the built environment. Applicants should possess a strong architectural or advanced technical degree (FHEQ-Level 7), excellent programming skills (preferably Python), experience in CAD/CAM (ideally McNeel Rhinoceros) and/or robotic fabrication, and strong analytical and mathematical abilities. Previous experience in timber construction or structural engineering is advantageous. Fluency in English is required; German is beneficial but not mandatory. Candidates should demonstrate reliability, motivation, independence, and strong teamwork and communication skills. The position is funded for four years according to standard SNSF regulations. The intended start date is April 1, 2026, and applications will be reviewed on a rolling basis. Required application materials include a letter of motivation, CV, architecture portfolio, academic diplomas and certificates, and contact details for at least two referees (with at least one uploaded reference letter). Applications must be submitted online via the ETH Zürich application portal; email or postal submissions will not be considered. For further information, visit the Gramazio Kohler Research and Chair of Timber Structures websites. Questions regarding the position may be directed to Dr. Oliver Bucklin at [email protected] (no applications). ETH Zürich is a leading global university in science and technology, renowned for its commitment to excellence, diversity, and sustainability. Join us in shaping the future of architectural design and timber engineering through cutting-edge research and innovation.

The Steel and Composite Structures Group at the Institute of Structural Engineering (IBK), ETH Zürich, is offering a full-time PhD position focused on the fire behaviour of timber-encased steel composite (TESC) structures. This position is part of a four-year research project funded by the Swiss National Science Foundation, with a flexible start date from February 2026. The project is led by Dr Valentino Vigneri, with Prof. Andreas Taras as the principal doctoral supervisor, and includes collaboration with Dr Daniele Forni (SUPSI) and Prof. Andrea Frangi (Timber Structures Group, ETH Zürich). The research aims to advance the understanding and predictive modelling of steel profiles embedded in timber under accidental loading scenarios such as fire and explosion, which are increasingly important for resilient structural design. The project involves multi-scale experimental campaigns and advanced analyses to characterise the thermal, thermomechanical, and dynamic behaviour of steel, timber, and adhesives, as well as validation of physics-based numerical models. The PhD candidate will design and execute experimental fire tests on TESC members, analyse thermal and mechanical behaviour at elevated temperatures, develop thermomechanical models, and contribute to the overall understanding of TESC performance in fire scenarios. The position offers access to state-of-the-art experimental and computational facilities, a competitive salary, and opportunities for professional growth through conferences and committee participation. Applicants should have an MSc in civil, structural, or mechanical engineering, strong skills in steel and composite structures, structural fire safety, and advanced modelling (ABAQUS, ANSYS, OpenSees), and excellent English communication skills. Beneficial skills include timber structure design, experimental testing experience, and knowledge of German or Italian. Applications must be submitted online with a cover letter, CV, transcript, statement of approach, and references. ETH Zürich is committed to diversity, sustainability, and providing an inclusive, stimulating research environment.