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Medical Device

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Domain Leader: Professor Mark Pearcy

The Medical Device Domain combines the application of engineering and technology with clinical expertise to provide innovative solutions for the treatment and investigation of:

  • arthritis, osteoarthritis, and other musculoskeletal conditions;
  • spinal deformity, back pain, spinal injuries and diseases;
  • fractures and other trauma injuries;
  • artificial limbs;
  • artificial organs.

The Domain draws together biomedical engineers, practising surgeons, chemists, medical physisists, cell biologists, biostatisticians, mathematicians and laboratory technicians to address identified needs in these areas.  This unique combination of collaborating investigators gives the Domain a "complete picture" approach to solving identified problems.

The Domain conducts fundamental research which informs the future of clinical practice and surgery, advances the understanding of processes and treatment protocols and develops innovative treatment and devices in the areas of joint replacement and fixation of implants, bone substitutes, biological interfaces, fracture healing, assistive devices and trauma management.

Strong links have been established with medical researchers and clinical specialists at hospitals, including The Prince Charles Hospital, Princess Alexandra Hospital, Mater Children's Hospital as well as with industry end-users, ensuring that the outcomes of the Domain’s research and development address current and future clinical needs. 

The Domain has already attracted funding from international and Australian industry, including:

QUT's new Medical Engineering Research Facility (MERF) at The Prince Charles Hospital, was built with funding support from the Queensland Government Smart State Research Facilities Fund.  MERF provides a comprehensive suite of facilities with unique capabilities to support the Domain in taking novel concepts from basic research to clinical implementation.  Facilities will include operating theatre, cell culture laboratories, materials testing laboratories and mechanical and electrical workshops.  The Facility also provides capability for skills training for surgeons and allied health workers such as general practitioners, anaesthetists and nurses, resulting in better quality of care for Queensland patients and fewer complications. 

Orthopaedics and Trauma Queensland Annual Report 2006 (pdf).

More information on research conducted in the Medical Device Domain is available on the Faculty of Built Environment and Engineering Medical Engineering Research Theme page.

Find IHBI research project information using the IHBI Research Matrix or view the Medical Device Domain research profile below.

 

Research Theme

Research Programme

Research Subprogramme

Contacts

Orthopaedics and Trauma Queensland

Orthopaedic Research Group

Ross Crawford

 

Yin Xiao

 

Sarah Whitehouse (Biostatistician)

    Lance Wilson (Research Fellow)

 

Cameron Lutton (Postdoctoral fellow)

AO Spine Brisbane Reference Centre

Ben Goss

 

Rachel Luton-Goggins

 

Richard Williams (Adjunct Professor)

Paediatric Spine Research Group

Clayton Adam

Maree Izatt

Paige Little

Trauma Research Group

Michael Schuetz

   

Roland Steck

   

Beat Schmutz

   

Gongfa Chen

 

Northside Spine Research Group

Paul Licina (Adjunct Professor)

 

Carmen Sutton

 

Medical Engineering

Mark Pearcy

   

Simon Miao

 

Sanjay Mishra

 

Cartilage Research

Biomechanics and modelling

Kunle Oloyede

Artificial Organs

Heart Pump

Andy Tan

 

Ed Palmer

 

Jim Lyall

 

Tee Tang

Artificial Limbs and Amputees

Mechanical analysis regarding osseointegrated implant system

Winson Lee

Medical Physics

 

Jamie Trapp

Foot Orthoses

 

Stephen Urry

Regenerative Medicine

Mechanical analysis regarding osseointegrated implant system

Dietmar Hutmacher

 

Joannes Reichert

Cycle Diagram