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Biomechanics ·16 February 2024

ARC Training Centre for Joint Biomechanics planning meeting

ARC Training Centre for Joint Biomechanics planning meeting
ARC Training Centre for Joint Biomechanics planning meeting

A planning meeting

A planning meeting to push the research programme of the Australian Research Council Training Centre for Joint Biomechanics forward, involving Queensland University of Technology, the University of Queensland and the University of New South Wales.

ARC Training Centre for Joint Biomechanics planning meeting Researchers at the ARC Training Centre for Joint Biomechanics planning meeting

A centre spanning three universities requires a good deal of coordination, and meetings of this kind are where the research programme across the institutions is agreed.

What an ARC Training Centre is

The Australian Research Council funds training centres that bring universities together with industry partners to work on a defined set of problems. The funding supports research students and postdoctoral researchers for a fixed term, and the projects are specified jointly with the partners rather than set by the universities alone. Students typically spend part of their candidature placed with an industry partner. The purpose is twofold: to produce research on problems that industry actually has, and to train researchers who have worked in that setting and understand how a finding becomes a product or a change in practice.

What joint biomechanics covers

Joint biomechanics is the study of how joints carry load and move, and how artificial joints behave once implanted. It takes in the strength of tendon and ligament repairs, the fixation of implants into bone, wear over time, the forces generated by muscles during ordinary activity, and the range of movement available before structures collide. The methods are a combination of cadaveric testing, motion capture, imaging and computational modelling. The work applies across the shoulder, hip, knee and other joints, and the measurement techniques transfer between them even when the clinical problems do not. Individual results vary.

Why three universities

No single institution holds all of the equipment and expertise this work requires. One group may have the testing rigs and materials laboratory, another the motion analysis and imaging capability, another the computational modelling. Spreading a centre across three universities makes those resources available to the whole programme and avoids duplicating expensive facilities. The cost is coordination: the research programme, the supervision of students, data sharing arrangements and the placement of students with partners all have to be agreed between institutions, which is the business of a planning meeting.

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