Post-Doc Fellowship - "Numerical Prediction of LVAD-Induced pathological remodeling in the aorta" - CDD 24 month

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From innovative medical devices (biomechanics, biomaterials, nanoparticles) to digital twins of patients and hospitals, the CIS develops customized solutions to address today’s healthcare challenges.

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💙 One goal: to improve healthcare and people’s lives through science.

As post-doc, you will be at the heart of our missions in research and innovation, assigned to the SAINBIOSE lab. SAINBIOSE (INSERM UMR 1059) brings together researchers from Mines Saint-Etienne (biomechanics, biomaterials and bioengineering), the faculty of Medicine from Jean Monnet University, Saint-Etienne University Hospital, Inserm and the French Blood Establishment. The global scientific objective of SAINBIOSE is a better understanding and of biostress in osteoarticular (LBTO team) and cardiovascular pathology (DVH team). Website: https://sainbiose-lab.fr/

Biomechanics, experimental and computational, is a major research topic of SAINBIOSE, which goes from modelling the mechanical behaviour of tissues to clinical and industrial applications, especially with the textile industry. In 2024, Prof Stéphane Avril and collaborators were awarded a grant from PEPR Digital health to develop a digital twin for patient-specific LVAD[1] solution combining cutting-edge machine learning, advanced simulation, and experimental techniques. This project entitled TwinHeart will take place in a research group having 15 years experience in biomechanics and mechanobiology (https://emse.fr/~avril/).

We open a non-permanent position of post-doctoral fellow to join the Avril’s team working on TwinHeart project. The work will be carried out at Mines Saint-Etienne, within the SAINBIOSE research unit (Inserm U1059). It is based at the Centre Ingénierie et Santé (Hospital campus at the North of Saint-Etienne).

The objective of the post-doctoral fellow will be to develop innovative computational models (multi-scale digital twin, machine learning, growth and remodeling) in which we will calculate the vascular response to LVAD-induced mechanical alterations, particularly the local stiffening of the aortic wall. Previous studies indicate that such stiffening can lead to a significant increase in pulse wave velocity (PWV), which undermines the aorta’s natural cushioning effect. This disruption increases left-ventricular afterload and systolic pressure while reducing coronary perfusion, all of which contribute to adverse cardiovascular remodeling such as left-ventricular hypertrophy and fibrosis recognized risk factors for heart failure progression. The objectives of the postdoc will be: 1. to develop biomechanical models of the aortic wall response to LVAD-induced loading, calibrated against in vivo imaging and histological data; 2. to simulate pathological remodeling via growth and remodeling (G&R) frameworks to anticipate fibrotic and aneurysmal transformations; 3. to identify safe zones for implantation and derive patient-specific LVAD placement and actuation guidelines that preserve vascular function and reduce remodeling risk. Your ability to work in a project-based environment and to create links between teaching, research, and practical applications will be essential for success.

[1] LVAD : Left Ventricular Assist Device

You hold a PhD degree in mechanics/biomechanics

Junior applicants accepted: [yes]

And you have:

• Good knowledge of computational methods for mechanics and biomechanics

• First experience with developing a computational model

Your additional strengths:

• Interest in coding

• Multi-scale modelling

• Expertise in front-end and back-end development

• Capacity to successfully integrate a team and a group within a R&D environment,

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Joining Mines Saint-Etienne is the opportunity to find:

 • A stimulating environment: Cutting-edge experimental resources, a welcoming working environment and a solid international network (T.I.M.E., EULIST).

•  A real impact: Contractual research projects worth €11 million/year, mainly with industrial partners, A science culture centre, La Rotonde, which has been committed to science outreach for 25 years, welcoming over 50,000 visitors per year.

•  An incomparable quality of life: 46/49 days of paid leave, partial remote working, 75% reimbursed public transport, financial support for carpooling and cycling and a social barometer where 83% of employees praise the quality of life at work.

Let's build a more sustainable future, through science, engineering, and projects that make sense.

Application deadline:  20/07/2026

🔗 Submit your application to our dedicated platform :

https://institutminestelecom.recruitee.com/o/post-doc-fellowship-numerical-prediction-of-lvad-induced-pathological-remodeling-in-the-aorta

As part of its Equality, Diversity, and Inclusion policy, the École des Mines de Saint-Étienne is committed to fair treatment of all applicants.

·  Remuneration set according to the candidate's profile, according to the rules defined by the management framework of the Institut Mines Télécom

· The positions offered for recruitment are open to all with, on request, facilities for candidates with disabilities

·  Position open to civil servants (category A and B) and/or people on public contracts

·  In the medium term, a permanent position is likely to be opened

·  All applications may be subject to an administrative investigation

The selected candidates, after review of their applications, will be invited for interviews.

·  Sur le contenu du poste :
Stephane AVRIL – Researcher

Mail : [email protected]
Tel. : 04 77 42 01 88

· Sur les aspects administratifs/RH:

Milica PETKOVIC– Gestionnaire RH

Mail : [email protected]   
Tel. : + 33 (0)4 77 42 02 08 

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