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Funded PhD Position at the University of Zurich - Fluid Dynamics in Artificial Heart
We are seeking a doctoral student to investigate haemocompatible blood propulsion using computational fluid dynamics (CFD) and other modeling approaches, as well as quantitative in vitro experimental investigation of fluid shear stress damage of the von Willebrand factor.
In Europe alone, approximately 10 Million people suffer from severe heart failure, with heart transplantation representing the only curative treatment at the end stage of this disease. Severe shortage of donor organs has led to the increasing use of mechanical ventricular assist devices (VADs), i.e. implantable blood pumps. However, there are a number of unresolved challenges associated with the use of VADs, such as thromboembolic complications, infections, and inefficient blood flow regulation.
The Zurich Heart project, a collaboration between the University of Zurich, ETH Zurich and the University Hospitals of Zurich, was initiated with the goal to improve critical components of contemporary VADs. After a successful first phase, the Zurich Heart project is now entering the second phase, for which we are seeking a doctoral student to investigate haemocompatible blood propulsion using computational fluid dynamics (CFD) and other modeling approaches, as well as quantitative in vitro experimental investigation of fluid shear stress damage of the von Willebrand factor.
We are particularly looking for candidates with strong background in CFD who also have a flair for experimental fluid dynamics. Experience with turbulent flow characterization and modeling, e.g. in centrifugal pumps, is of advantage. Ideally, the candidates will also have a basic understanding of experimental biochemistry and molecular biology. Excellent oral and written English language skills are mandatory. German language skills are not required, but of advantage.
In Europe alone, approximately 10 Million people suffer from severe heart failure, with heart transplantation representing the only curative treatment at the end stage of this disease. Severe shortage of donor organs has led to the increasing use of mechanical ventricular assist devices (VADs), i.e. implantable blood pumps. However, there are a number of unresolved challenges associated with the use of VADs, such as thromboembolic complications, infections, and inefficient blood flow regulation.
The Zurich Heart project, a collaboration between the University of Zurich, ETH Zurich and the University Hospitals of Zurich, was initiated with the goal to improve critical components of contemporary VADs. After a successful first phase, the Zurich Heart project is now entering the second phase, for which we are seeking a doctoral student to investigate haemocompatible blood propulsion using computational fluid dynamics (CFD) and other modeling approaches, as well as quantitative in vitro experimental investigation of fluid shear stress damage of the von Willebrand factor.
We are particularly looking for candidates with strong background in CFD who also have a flair for experimental fluid dynamics. Experience with turbulent flow characterization and modeling, e.g. in centrifugal pumps, is of advantage. Ideally, the candidates will also have a basic understanding of experimental biochemistry and molecular biology. Excellent oral and written English language skills are mandatory. German language skills are not required, but of advantage.
Please send your complete application electronically to Prof. Vartan Kurtcuoglu. We request a letter of motivation, your CV, three names of references with e-mail addresses, a list of publications (if any), plus transcripts of BSc and MSc grades or equivalent.
Please send your complete application electronically to Prof. Vartan Kurtcuoglu. We request a letter of motivation, your CV, three names of references with e-mail addresses, a list of publications (if any), plus transcripts of BSc and MSc grades or equivalent.
Prof. Dr. Vartan Kurtcuoglu
University of Zurich
Institute of Physiology
vartan.kurtcuoglu@uzh.ch
Prof. Dr. Vartan Kurtcuoglu University of Zurich Institute of Physiology vartan.kurtcuoglu@uzh.ch