Research
Bringing together a diverse background of skills and experiences, the QUASR team is uniquely positioned to tackle advanced collaborative research in clinical science, biomechanics, tissue engineering, bio-fabrication, computational modelling and Nano-technology to become a global front runner in shoulder research.
Core Functions
Education
A world class training and teaching facility for undergraduate, postgraduate, doctorate students and Post-Doctoral fellows. QUASR will have a pivotal role in training and teaching of Orthopaedic Surgical trainees in Australia with access to state-of-the- art facilities. This will allow for innovative research and evaluation of ideas and applications under various normal and pathological shoulder conditions.
Biomechanical Research
Investigate and promote projects to evaluate the kinematics and biomechanics of the shoulder from tissue level to structural levels. Support and link experimental methods to allow innovative solutions. QUASR will aid in assessing efficacy of interventions, functionality and adaptations of neuromusculoskeletal changes in response to shoulder stressors and conditions with the development of a one-of-a-kind 6DOF robotic shoulder simulator.
Tissue & Cartilage Research
To be a global front runner in bioresearch examining the properties of muscle-tendon-bone units and the role of the glenohumeral cartilage with molecular biology encompassing muscle mapping for improved understanding of tissue interaction.
Virtual & Augmented Reality
Collaborate with the computer science and gaming faculty to develop a Virtual Reality / Augmented Reality platform for the normal and pathological shoulder to assist in education of orthopaedic surgeons, aid in patient rehabilitation, improve technology and enhance telehealth opportunities for isolated rural and remote Australian communities.
Computer Modelling & Bio-Fabrication
Construction and manipulation of virtual muscle bone units for demonstrations of situational and natural phenomena affecting the simulated shoulder. Computation using cutting-edge research and advanced 3D printing technology to study cell responses from gross to molecular levels.
Industry Collaboration
To work closely with industry partners for focused, pertinent, transparent and translational research. QUASR will build on medical knowledge through shoulder implant and device testing in a rigorous anatomical manner for evolution of implants and development of new innovative technologies.
International Partnerships
Perform multi-centre collaborative leading research with recognised global institutes to keep QUASR at the forefront of innovative shoulder research. Organisational cross-border partnerships will allow for exchange of ideas and opportunity for students to travel abroad to gain experiences in various other high level research facilities.