Digital twins for pelvic fracture assessment

The Biomechanics Section (BMe) is a multi-disciplinary institute situated in the Department of Mechanical Engineering. We aim to generate new knowledge of the mechanical behaviour, function and organization of cells and tissues and develop innovative solutions to prevent, diagnose, monitor, treat and cure diseases and health problems that have a mechanical origin or component at the cell or tissue level. Our division is having a strong expertise in both experimental and numerical analyses of human structure and function. Research topics cover the broad spectrum of length scales present in the human body : from cells to tissues and from organs to the entire body and its interaction with the environment. Research is clustered around four main topics : tissue and implant mechanics, mechanobiology and tissue engineering, surgical systems technology, and rehabilitation and prevention biomechanics. Many projects run in collaboration with clinical partners. The research activities are reflected in the teaching activities of the division, ranging from basic engineering mechanics to dedicated courses in the field of biomedical engineering.

Project

Are you passionate about biomechanics and computational modeling? Join our multidisciplinary project to improve treatment strategies for osteoporotic pelvic fractures in the elderly. We are hiring a PhD student with an engineering background to focus on the quantification of fracture stability using image-based finite element analysis. You will develop and implement a robust workflow, from CT scans to digital twins, to assess fracture stability under physiological loading, incorporating patient-specific data and uncertainty analyses. This should lead to a clinically meaningful fracture stability score to guide treatment decisions. You will work closely with a dynamic team including radiologists, trauma surgeons, and experts in biomechanics and medical image analysis.

Profile

You should have a recent MSc (or be close to graduating) in Biomedical Engineering, Mechanical Engineering, or other relevant discipline. Knowledge and experience in bone mechanics, finite element analyses, programming and experimental testing are highly advantageous. Fluency in English and good communication skills are mandatory.

Offer

We offer a PhD research project at the Biomechanics Section at KU Leuven, with close interaction and collaboration with the partnering groups at KU Leuven and the University Hospital Leuven. You will be supported by the Arenberg Doctoral School offering a versatile training program that addresses both academic expertise and personal skills. Salaries are highly competitive and in accordance with KU Leuven regulations. A project start in October 2025 is envisioned. Applications will be reviewed immediately until the position is filled.

Interested?

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