Affinity Collaboration Event September 30th 2013 (Attendees by Faculty)
First Name Surname Affiliation
Justin
Adams
Tuncay
Alan
MHNS, Anatomy and
Developmental Biology
Mechanical & Aerospace
Engineering
David
Albrecht
Clayton School IT
Robert
David
Andrews
Barnes
John
Bertram
Richard
Boyd
Josie
Carberry
John
Carroll
Sunita
Chauhan
Chao
Chen
MHNS, Australian Centre for
Blood Diseases
MBI & e-Research
MHNS, Anatomy and
Developmental Biology
MHNS, Anatomy and
Developmental Biology
Mechanical & Aerospace
Engineering
MHNS, Head School of
Biomedical Sciences
Mechanical & Aerospace
Engineering
Mechanical & Aerospace
Engineering
Table Research Interests/needs
4
8
8
2
9
6
7
2
3D morphological analysis, biomedical Imaging, 3D printing
Micro-mechanical and micro-fluidic devices, sensors,
diagnostics
Data analysis; Spatial statistical modelling; Experimental
design
Modelling & measuring thrombus formation, relationshiop
to blood flow and bio-chemical processes in the
vascalature
Visualisation
MRI, image processing, paramagnetic nano-particles
Osteoarthritis, nano-fabrication, material self assembly,
immune system repair
Fluid dynamics, Bio-fluid dynamics, flow control and
imaging
1
4
Diagnostic and surgical automation and robotics
4
Robotics, mechanisms, and haptics
Wenlong
Cheng
Flavia
Cicuttini
Anthony
Dart
Mark
Del Borgo
Chemical Engineering
MHNS, Epidemiology and
Preventive Medicine, Alfred
MHNS, Dept. of Medicine,
Alfred Hospital
MHNS, Dept. of Biochemistry
and Molecular Biology
Christian
Doerig
MHNS, Head Dept. of
Microbiology
Tim
Matt
Jayne
Peter
Dwyer
Eades
Facey
Farrell
Paul
John
Fitzgerald
Forsythe
Andreas
Fouras
Jing
Fu
Garcia de
la Banda
Maria
Elizabeth
Gardiner
Andis
Graudins
8
Nano-materials, nano-medicine
3
Joint cartilage, imaging, arthritis
Coronary artery disease, vascular propertioes, blood flow
measurement and mocelling
5
8
Caulfield School IT
DBI
AusIndustry
ResMed
MHNS, Deputy Director
Central and Eastern Clinical
School
Materials Engineering
Mechanical & Aerospace
Engineering
Mechanical & Aerospace
Engineering
9
4
1
1
IT, Deputy Dean
1
MHNS, Australian Centre for
Blood Diseases
MHNS, Dept. of Medicine,
Southern Clinical School
Imaging, nanotechnology
Signalling / kinomics in infectious disease (esp. malaria),
Anti-infective drug discovery , Interest in developing highthroughput biochemistry using microfluidics
Data visualisation, including biological networks &
document flow.
8
4
Transcranial stimulation, robotic localisation, miniaturised
implantable devices, analysis of neuro-imaging data
Bio-compatible materials
9
Biomedical imaging
9
Nano-engineering for cell imaging and manipulation
Combinatorial optimisation (e.g. rostering, radiation
minimisation)
Modelling & measuring thrombus formation, relationshiop
to blood flow and bio-chemical processes in the
vascalature
Clinical toxicology, drug delivery, drug removal, data
mining for predicting disease trends
7
8
David
Green
IT, ADR
5
Gholamreza
Haffari
Clayton School IT
5
Lizhong
He
7
Wilson
Dwayne
John
Kirk
Chemical Engineering
MHNS, Department of
Epidemiology and Preventive
Medicine, Alfred
MCN, Director
Arun
Konagurthu Clayton School IT
Kevin
Korb
Mitchell
Lawrence
Wai Ho
Dan
Li
Li
Jian
Li
Zhe
Madeleine
Clare
Liu
McManus
Meeker
Telemedicne, e-Health, decision support
5
Bioinformatics (Genomics and Proteomics); Mathematical
and Computational Biology; Information theory and data
mining
Bayesian networks, agent-based modeling, causal
modeling, data mining,
Clayton School IT
MHNS, Anatomy and
Developmental Biology
Electrical and Computer
Systems Engineering
Materials Engineering
Pharmacy, Dept. of
Pharmaceutics
Mechanical & Aerospace
Engineering
Engineering
IE&C
Modelling complex biological systems; understanding
networks;
Bioinformatics (eg cancer genomics), Big Data Analysis,
Machine Learning
Engineering therapeutic proteins and nano-particles for
drug delivery
10
7
9
8
1
3
network complexity
Computer vision, augmented reality, robotics, image
processing, 3D sensing & moelling, werable/mobile
computer systems
Graphene-based soft materials for biomedical applications
Antimicrobial pharmacology, molecular imaging, single-cell
microbiology and drug discovery
Nano-materials, nano and micro electro-mechanical
systems
Ian
Meredith
Bernd
John
Meyer
Morrison
Adrian
Pauline
Neild
Nestor
Hans
Sarah
Netter
Newton
Ann
Nicholson
Moria
Patrick
Chris
Colin
MHNS, Head Cardiovascular
Research Centre, Monash
Medical Centre
Clayton School IT
MHNS
Mechanical & Aerospace
Engineering
ODVC
MHNS, Dept. of Microbiology
MNHS, Deputy Dean
6
8
7
1
7
3
4
O'Bryan
Clayton School IT
MHNS, Deputy Head of
Research, Anatomy and
Developmental Biology
Perlmutter
Porter
Pouton
Science, Dept. Chemistry
Pharmacy, ADR
Pharmacy
2
10
6
5
Innovations in Management of Structural Heart Disease &
Transluminal Valve Therapies, Non-Invasive Cardiac
Imaging, in particular dynamic cardiac CT imaging and
development of non-invasive coronary perfusion
assessment, First-In-Human through to pre-marketing
studies of new cardiac devices (Transcatheter cardiac
valve replacement/repair, percutaneous repair of structural
heart disease, modern drug-eluting coronary artery stent
technologies, Psychosocial influences in Heart Disease
Collective behaviour simulation and modelling; constraint
optimisation
Microfluidics for bio-diagnostics
Structurally modified bio-nanoparticles as delivery platform
with targeting ability, drug delivery
Medical decision making; lung cancer treatment;
biomedical monitoring
Male infertility
Bio-compatible materials, sensors for drug design, devices
for proteomics, contrast agents for neuro-degenrative
disease imaging, Self assembling peptides for biomedical
applications
Drug delivery
Drug delivery
Malin
Dwayne
Electrical and Computer
Premaratne SystemsEngineering
Rabel
DBI
6
Ramesh
Rajan
Marcello
Rosa
Jeffrey
Murray
Rosenfeld
Rudman
Kris
Frieder
Ryan
Seible
Greg
Sheard
MHNS, Dept. of Physiology
MHNS, Deputy Head Dept.
of Physiology
MHNS, Head Dept. Surgery,
Alfred Hospital
Engineering
Mechanical & Aerospace
Engineering
Engineering & IT, Dean
Mechanical & Aerospace
Engineering
6
Wei
Shen
Chemical Engineering
3
George
Simon
2
Raman
Singh
Julian
Ian
Smith
Smith
Ian
Smyth
Materials Engineering
Mechanical & Aerospace
Engineering
MHNS, Dept. Surgery,
Monash Medical Centre
ODVC
MHNS, Dept. of Biochemistry
and Molecular Biology
David
Spanswick
MHNS, Dept. of Physiology
10
10
10
2
5
1
5
6
7
1
3
Bio-optics, nano-optics, Computational Quantum
Electrodynamics
Modelling brain injury, drug and stem cell delivery, neural
signal processing
Brain-machine interfaces, recording neural activity,
neuroinformatics
Neuro-trauma, vision, robotics
Computational fluid dynamics
Computational Fluid Dynamics applied to blood vessels,
stenoses, etc.
Fluid-structure simulation of deforming cells in vascular
and micro-flows
Low cost diagnostics and liquid marble microreactors for
stem cell research
Bio-mimetic coatings and materials usinf polymers and
nano-particles
Body Fluid-assisted Corrosion and Fracture of Magnesiumalloy Implants
Minimally invasive cardiothoracic surgery.
micromanipulation
Imaging for organ develoipment in mouse embryos
Development of implants to control and monitor neural
activity in the peripheral and central nervous system
David
Bruce
Taniar
Thompson
Paul
Mark
Verma
Wallace
Bing
Geoff
Wang
Webb
Andrew
James
Wei
Whisstock
John
Bjorn
Wilson
WintherJensen
Chris
Wright
Wenyi
Yan
Mehmet
Ingrid
Clayton School IT
MHNS, Dept. Immunology
MHNS, MIMR Centre for
Reproduction and
Development
Caulfield School IT
MHNS, Dept. of
Epidemiology and Preventive
Medicine, Alfred
Clayton School IT
MHNS, Australian Centre for
Blood Diseases
MHNS
MHNS, Dept of Epidemiology
and Preventive Medicine,
Alfred
7
9
9
2
Data management for clinical research; Big data in
medicine and health; Medical software
Modelling, measurement & imaging of lung function,.
4
10
Constrained optimisation, resource planning, scheduling.
Heart and Kidney failure, devices for monitoring this, small
molecule therapeutics. Tissue/organs on chips, novel
biomarker testing methods, imaging of small molecule
within cells etc
Data mining
9
Automated, robotic sample taking
Protein machines, drug delivery and nanotechnology
Materials Engineering
10
5
10
Yuce
MHNS
Mechanical & Aerospace
Engineering
Electrical and Computer
Systems Engineering
Zukerman
Clayton School IT
3
6
Telemedicne, e-Health, decision support
Bio-compatible materials for electrodes, sensors,
diagnostics
Control-based therapy, Reasoning systems, Knowledge
representation, circulatory & respiratory modelling
Solid mechanics, deformation and failure of materials and
structures
Biomedical electronics, wireless-E health, wireless
implantable and wearable biomedical sensor devices
Sensor-based monitoring of people in their environments
and spoken language interactions