12 results
Join Francois Nedelec’s group at the Sainsbury Laboratory on the ERC Synergy BioMecaNet project. Use mathematical models and numerical simulations to investigate mitotic spindle assembly, cytoskeletal mechanics and chromosome segregation, integrating filament mechanics with cellular chemistry. Collaborate with experimental groups in Dortmund and Barcelona.…
Develop a scaled-boundary computational framework for dynamic nonlinear analysis of large structures. The project integrates digital geometric modelling with computational mechanics to produce robust, automated simulation methods and software. The associate works with Professor Chongmin Song and academic colleagues. This 12-month full-time appointment…
The ERC ICE-FLOE project studies unresolved ocean–sea-ice interactions that limit climate predictions. The postdoc will couple large-eddy ocean simulations with discrete-element sea-ice models to investigate melting, breakage and turbulence, compare results with Arctic and Antarctic observations, and develop parameterisations for global climate models. The…
Develop a whole-life geotechnical design framework for offshore anchoring systems in the Centre of Excellence for Intelligent & Resilient Ocean Engineering. Generate and interpret finite-element datasets, derive a lumped-element macro model, and implement an accessible stand-alone calculation tool. The research forms part of the Royal Academy of Engineering…
Closes
Develop Bayesian calibration methods that explicitly represent model error in structural dynamics. The PLATON team will compare informative calibration quantities, implement and benchmark algorithms, and accelerate inference with surrogate models. The work aims to improve finite-element predictions under uncertain material, boundary and loading conditions.…
Closes
Develop methods combining bifurcation analysis, robust optimisation and uncertainty quantification for nonlinear structural dynamics and aeroelastic flutter mitigation in high-altitude, long-endurance drones. The work includes modelling uncertain nonlinear systems, numerical implementation and comparative evaluation of robust bifurcation-diagram…
Closes
Develop numerical methods for complex fluid phenomena, including multiphase flows. The research improves unified simulations on Fugaku and prepares their computational performance for FugakuNEXT.
Model coupled thermal, hydrological and mechanical processes to assess geological repositories for high-level radioactive waste. Work interprets laboratory and field experiments on bentonite barriers, develops simulation tools and evaluates repository designs. The one-year term may be renewed up to five years, with expected annual pay of USD…
Investigate how friction and particle geometry determine the collective flow of concentrated suspensions. Develop particle-scale simulations, compare them with experimental data and use the results to connect microscopic interactions to macroscopic mechanics.
Investigate hanging-glacier stability and high-mountain hazards through mapping, field observations and thermo-mechanical modelling. Build an inventory, measure ice temperature and mass balance, analyse avalanche-monitoring data and develop hazard indicators. This four-year doctorate is based in Zurich with high-elevation fieldwork in Switzerland. Review…
Develop physics-based models and scientific software for geothermal and other energy-conversion systems. Research combines process components, coupled surface–subsurface flow, numerical optimization and technoeconomic assessment, including power, heat and lithium production. The Geothermal Energy and Geofluids group offers an initial one-year salaried…
A fully funded four-year PhD in ETH Zurich’s Robotic Materials group investigates materials whose mechanical modulus, viscoelasticity and flow behavior can be programmed within one continuous body. Work includes dynamic covalent polymer-composite synthesis, rheological characterization, theory and multiphysics simulation, and fabrication of soft robotic…
End of results.