happy joints:voorspellen van krakbeen degeneratie in knie oa patiënten
December 30th.
project
To support the development of this multi-scale framework and to assess disease progression, we aim to recruit a PhD student with a master's degree in biomedical engineering or bioengineering (with a strong interest in human movement) or human exercise science (with strong mathematical skills) who will:
Customize and use MRI-based medical imaging protocols, including Dense-FSP dynamic MRI for the assessment of cartilage degeneration, 3D gait analysis data collection in patients with knee osteoarthritis using an integrated motion capture system.
Custom multiscale modeling workflows that integrate dynamic results (OpenSIM) and adaptive finite element analysis (e.g., FeBio or Abaqus).
A multi-scale model to evaluate cartilage degeneration based on follow-up patient data** and to assess the potential of workflow*** outcomes.
Requirements:
A Master of Science in Biomedical Sciences or Bioengineering with a strong interest in human motion, or a Master of Science in Human Movement with strong mathematical skills with experience in 3D motion capture, dynamic simulation or finite element analysis – prior exposure to medical imaging is an asset.
Excellent learning record.
Willing to work in a highly multidisciplinary environment and be part of a PhD and postdoctoral team all concerned with the regeneration and degradation of cartilage from a biological, mechanical, or functional perspective.
Candidates will be expected to contribute to the teaching of elective courses within their area of expertise and assist with administrative tasks.
Candidates who are in the process of finalizing a master's degree and are able to start their studies in late summer 2024 are encouraged to also apply.
Job Description**