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Zurich University of Applied Sciences (ZHAW)
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Doctoral Student in Structural Dynamics and Metamaterials for Hybrid Steel–Timber Buildings ZHAW Zurich University of Applied Sciences in Switzerland
Degree Level
PhD
Field of study
Mechanical Engineering
Funding
Available
Country
Switzerland
University
Zurich University of Applied Sciences (ZHAW)
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About this position
Doctoral research in structural dynamics and hybrid construction
This doctoral project at the ZHAW Institute of Building Technology and Process investigates structural dynamics and vibration mitigation in hybrid steel–timber buildings. The research addresses how building components and connections behave under dynamic loads, with the goal of supporting safer, more comfortable and resource-efficient construction.
The doctoral student will review research on vibrations in hybrid steel–timber structures and conventional mitigation methods, then select representative subsystems such as floor segments, beam–slab interfaces and joints. Numerical models will be developed using COMSOL in the frequency domain and Abaqus in the time domain to identify vibration hot spots across the 1–100 Hz range.
The project combines computational and experimental structural engineering. Conventional damping approaches, including viscoelastic layers and tuned mass dampers, will be benchmarked numerically and experimentally. Reduced-scale specimens will be tested using laser Doppler vibrometry, shakers and the multi-axial shaking table at ETH Zurich.
The student will work within the interdisciplinary Institute of Building Technology and Process, which conducts research in hybrid lightweight construction, digital technologies in design and fabrication, building energy systems, digital construction processes and management. The role connects architecture and engineering and involves collaboration across institutions and with industry-relevant research environments.
Funding details
Available
What's required
Applicants should hold a Master's degree in civil, structural or mechanical engineering, or a related field, and meet the admission requirements of the ETH Zurich doctoral programme. A solid background in structural dynamics and finite element modelling is required; experience with COMSOL and/or Abaqus is advantageous. Interest in experimental work and hands-on laboratory testing, programming skills such as Python or MATLAB, fluent English, and the ability to work in a curious, structured and interdisciplinary manner are expected. Knowledge of steel or timber construction is welcome, and German is an advantage.
How to apply
Apply through the online application link. Applications submitted by email will not be considered.
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Prepare your application
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