Education

Education

For many years now, the Orthopaedic Research Lab (ORL) has been involved in several teaching activities, particularly for students of Biomedical Sciences. The major areas include Clinical Human Movement Sciences and Human Pathobiology, with courses about biomechanics:
MED-5DT03 Determinanten 3: Fysische factoren
MED-MIN05 Moving Questions: an introduction to Clinical Human Movement Sciences
MED-5HM02 Tissue: Biomechanics and engineering
and with courses about tissue regeneration:
MED-5P004 Repair and regeneration of tissues and organs
HPB Human Pathobiology

Teaching coordinator and major tutor of Clinical Human Movement Sciences: Esther Tanck

Internships (Abroad)

You are welcome to fulfill an internship at the ORL. Every year, we supervise students from Biomedical Sciences, Medical Sciences, (Bio)Mechanical Engineering or related studies. We coordinate both minor and major internships for the bachelor and/or master period. The subject is often related to one of our current research projects. You may scroll through them to find an interesting topic.
The ORL has many international contacts and we will help you to find an internship abroad.

For more information and requests about internships please contact:

Biomedical Sciences: Esther Tanck
Engineering: Nico Verdonschot


Predicting the fracture risk of metastatically affected vertebrae using computer models

Master: Predicting the fracture risk of metastatically affected vertebrae using computer models.
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Development and testing of an anatomically shaped meniscus implant

Development and testing of an anatomically shaped meniscus implant.
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What is the difference in bone density pattern between a healthy bone and a bone with a metastatic lesion?

What is the difference in bone density pattern between a healthy bone and a bone with a metastatic lesion?
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Pre-Clinical Finite-Element Simulations on Implant Fixation in Total Joint Replacement.

Pre-Clinical Finite-Element Simulations on Implant Fixation in Total Joint Replacement.
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Effect of activities of daily living on the wear of a hip implant.

Effect of activities of daily living on the wear of a hip implant.
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Creating a patient-specific method for fracture risk prediction in femurs with bone metastases. Principle Component Analysis.

Creating a patient-specific method for fracture risk prediction in femurs with bone metastases. – Principle Component Analysis.
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How can we predict neurological problems in patients with spinal metastases?

How can we predict neurological problems in patients with spinal metastases?
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