PhD Fellow: Multiscale Vascular Modeling & Hormones

Technical Sciences - Institut for Mekanik og Produ; Aarhus; Presencial; DKK 340.000 - 430.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Access to state-of-the-art laboratory

Collaborative research with clinicians

Descripción de la vacante

Aarhus University, Graduate School of Technical Sciences, invites applications for a PhD fellowship in the Mechanical and Production Engineering program. The project aims to integrate hormonal and biomechanical stimuli into multiscale vascular models, combining experimental work with computational development to predict arterial remodeling and dissection risk.

The successful candidate will work in a vibrant CareEng group, collaborating with clinicians, biologists and engineers, using advanced

Formación

• Master’s degree in Biomedical Engineering, Biomechanical Engineering, Biotechnology or relevant fields.
• In-depth knowledge in fluid mechanics and cardiovascular applications.
• Experience with cell culture and tissue engineering.
• Familiarity with numerical modelling (CFD), and software such as COMSOL, SimVascular, or similar software.
• (optional) Previous exposure to agent-based modelling or systems biology.
• Excellent written and spoken English.

Conocimientos

Fluid mechanics

Cardiovascular applications

Cell culture

Tissue engineering

Agent-based modelling (optional)

English proficiency

Educación

Master’s degree in Biomedical Engineering

Herramientas

COMSOL

SimVascular

Descripción del empleo

Aarhus University, Graduate School of Technical Sciences, invites applications for a PhD fellowship in the Mechanical and Production Engineering program. The project aims to integrate hormonal and biomechanical stimuli into multiscale vascular models, combining experimental work with computational development to predict arterial remodeling and dissection risk.

The successful candidate will work in a vibrant CareEng group, collaborating with clinicians, biologists and engineers, using advanced