Computational Fluid Dynamics Developer
Computational Fluid Dynamics Developer
Computational Fluid Dynamics Developer
Computational Fluid Dynamics Developer
Helmholtz-Zentrum Hereon
Forschung
Teltow
- Art der Anstellung: Vollzeit
- 58.000 € – 79.500 € (von XING geschätzt)
- Vor Ort
- Zu den Ersten gehören
Computational Fluid Dynamics Developer
Über diesen Job
| Ende der Ausschreibung | 22.07.2025 |
| Institut bzw. Bereich | InsTitut für Aktive Polymere |
| Standort | Teltow |
Zum Bewerberportal
The department of Digital Design and Processing at the Institute of Active Polymers in cooperation with Institute of Material Systems Modeling at Helmholtz-Zentrum Hereon invite applications for the position of a Research Scientist in Computational Fluid Dynamics. In principle, the position can be also offered as a PhD candidate position.
At the department of Digital Design and Processing, we are working in close collaboration with colleagues at the Charité, Germany’s largest university hospital. Jointly, we are developing clinically led, materials-oriented solutions to key healthcare issues, particularly in the cardiovascular system. Our key objective is developing advanced implants to enhance minimally invasive approaches to treatment of cardiovascular diseases. To this end, in the cooperation with the Institute of Material System Modeling, we aim at developing Digital Twins to accelerate the development of new materials and implants.
Equal opportunity is an important part of our personnel policy. We would therefore strongly encourage qualified women to apply for the position.
Your tasks
- Modeling cardiovascular implants
- Modeling of fluid-structure interactions between blood flow (fluid) and biomedical implants, as well as biological tissue (structure) using smoothed particle hydrodynamics (SPH)
- Modeling of blood clotting to predict thrombogenicity of cardiovascular implants
- Integration of SPH with peridynamics (PD)
- Implementation of computational models in the open source multiphysics simulation code 4C (developed in C++)
- Cooperation with computational and experimental colleagues to integrate and validate developed models
Your profile
- Master’s or doctoral degree in computational engineering, mechanical engineering, applied mathematics or comparable field
- Strong skills and profound knowledge in computational engineering
- Substantial experience in programming in C++
- Substantial knowledge about Finite Element Method (FEM), Smoothed Particle Hydrodynamics (SPH), and/or peridynamics
- Solid knowledge in computational fluid dynamics (CFD)
- Experience with high‑performance (HPC) computing and parallel programming is a plus
- Demonstrated capacity for independent scientific work is a plus
Enquiries regarding this position can be directed to Dr. Katarzyna Polak-Krasna (Katarzyna.Polak-Krasna@hereon.de).
We offer you
- An exciting job in a research centre with around 1,000 employees from more than 60 nations
- Working with a team of interdisciplinary researchers at the intersection of science, clinics and industry
- Individual opportunities for further training
- Social benefits according to the collective agreement of the public service and remuneration up to pay group E 13 (according to TV EntgO Bund)
- An excellent technical infrastructure and modern workplace equipment
- 6 weeks of paid vacation per year
- Very good compatibility of private and professional life through flexible working conditions (e.g., through teleworking during a part of the time)
- Free assistance program for employees (EAP)
- Corporate benefits
Severely disabled persons and those equaling severely disabled persons who are equally suitable for the position will be considered preferentially within the framework of legal requirements.
Interested?
Then we are looking forward to receiving your comprehensive application documents (cover letter, CV, transcripts, certificates, etc.) indicating the reference number
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10 Mitarbeitende haben abgestimmt: Sie bewerten die Unternehmenskultur bei Helmholtz-Zentrum Hereon als modern.Der Branchen-Durchschnitt geht übrigens in Richtung modern