Electrochemical double layer and meso-scale modelling 100 %
This doctoral thesis is part of the European Marie Skłodowska-Curie doctoral training network “PREDICTOR”, which is made up of 22 partners. A total of 17 doctoral candidates will work in this project over a period of 36 months.
School: School of Engineering
Starting date: 1. April 2025 or earlier
Your role
The goal of this doctoral thesis is to develop scale-specific models to be included in a multi-scale framework for computational high-throughput screening of organic redox pairs. The recruited researcher will develop new models for the electrochemical double layer that capture important surface processes, including surface coverages of adsorbed species and multi-step reactions. In a second step, the formulated double layer model will be integrated into a pore-scale model describing the transport of mass, momentum, and charge through a porous electrode. The pore-scale model will be used to identify limiting factors of the electrochemical conversion and evaluate effective transport properties, including diffusion coefficients and effective reaction rates, which can be used in macrohomogeneous cell models. The developed models will be integrated into a multi-scale modelling framework in collaboration with other doctoral students.
Your profile
This is what we stand for
Zurich University of Applied Sciences ZHAW is one of Switzerland's largest multidisciplinary universities of applied sciences, with over 14'000 students and 3'400 faculty and staff.
ZHAW is committed to gender-mixed and diverse teams in order to promote equality, diversity and innovation.
As one of the leading Engineering Faculties in Switzerland, the ZHAW School of Engineering emphasises topics which will be relevant in the future. Our 14 institutes and centres guarantee superior-quality education, research and development with an emphasis on the areas of energy, mobility, information and health.
At the Institute of Computational Physics (ICP), physicists, mathematicians and engineers work on applying methods and results from basic research to industrial problems. For more than 20 years, the ICP has been developing multiphysics computer models for industrial applications (e.g. in the field of hydrogen technology, photovoltaics or coupled-physics modelling). Together with its partners from science and industry, the ICP develops solutions in applied research and development.
What you can expect
We offer working conditions and terms of employment commensurate with higher education institutions and actively promote personal development for staff in leadership and non-leadership positions. A detailed description of advantages and benefits can be found at Working at the ZHAW. The main points are listed below:
Contact
Dr. Roman Schärer
Lecturer in the group Electrochemical Flow
Cells and Energy Systems
Jocelyn Schaad
Recruiting Manager
Academic Europe, the European career network for Academics, Researchers and Scientists
