Australian Research Council Training Centre for Innovative BioEngineering

Our Research

HOW THE CENTRE WILL ACHIEVE ITS GOALS
THREE RESEARCH THEMES
TECHNOLOGIES

Pioneering diagnostic therapeutic wearable and implanted technologies.

INNOVATIVE
BIOMATERIALS

Ground breaking materials,
design and fabrication
technologies for patient
specific needs.

SENSOR AND
TELEMETRY TECHNOLOGIES

Continuous assessment and
optimisation for
refinement of future implants.

OUR STRATEGY

Via industry based and industry relevant projects we will guide our PhD students and Postgraduate researchers to be industry ready and understand how to commercialize their research. Our Students will exhibit a level of professionalism and a wide range of general expertise in research, IP, Project management, Clinical trials, communication and the general regulatory environment globally including EMEA, FDA and TGA.

OUR RESEARCHERS

Via industry based and industry relevant projects we will guide our PhD students and Our reseachers aim to discover the mechanisms and pathways in underlying clinical conditions, especially age-related diseases and chronic conditions. They aim to improve the range and effectiveness of clinical treatments, through preventative diagnostic interventions, new devices and delivery methods, innovative medical devices and implants.

TWO TRAINING THEMES

Provide hands-on training in
translating new technology into
an industry setting.

Provide frameworks for
developing routes to market
for innovative biomedical
technology solutions.

FOUR NEW TECHNOLOGIES

Diagnostic imaging analysis
algorithms and sensors for
quantifying new and
complementary biomarkers
of an individual’s
musculoskeletal defect.

Technologies that will
leverage our new
personalised medical
implants for patient
specific solutions for
musculoskeletal
regeneration.

Bioelectronic sensors with
the capacity to safely coexist
with or within MSK implants
for the recipient’s lifespan,
enabling continuous
assessment and stimulation
of musculoskeletal
tissue regeneration.

Continuous data telemetry
for communicating
diagnostic and assessment
outcomes to patient and clinician,
while acting as a data
source for industry to refine
and optimise future
generations of implants

ACTIVITIES PROPOSED

Workshops local and international
Publications; Journals, Papers, Books,
Chapters, Articles
Public Outreach and Interviews
Seminars and Collaborations

Industry & Hospital events/talks
Conferences Local and overseas
Sydney University Alliances
Industry Networking Events for Students