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Joseph Bartlett
- Thesis title:
- Machine learning approaches for improved diffusion weighted Magnetic Resonance Imaging
- Supervisor:
- Prof Leigh Johnston
- Discipline/Group:
- Biomedical Imaging
- Location:
- Kenneth Myer Building (144)
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Shaveen Sasanka Bogahapitiya Gamage
- Thesis title:
- Improved integration in soft tissue engineering
- Supervisor:
- Prof Andrea O'Connor
- Discipline/Group:
- Tissue Engineering Group
- Location:
- Building 167 (Chemical Engineering 2)
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Max Chapman
- Thesis title:
- Characterisation of mechanical properties of large cell samples through acoustic manipulation
- Supervisor:
- Dr David Collins
- Discipline/Group:
- Biomechanics
- Location:
- Room G25, Building 261
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Asher Davis
- Thesis title:
- Graphene-based sensor for monitoring human physiological signals to detect CBRN exposure
- Supervisor:
- Prof Peter Lee
- Discipline/Group:
- Biomechanics
- Location:
- Room G25, Building 261
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Michelle Espinosa Hernandez
- Thesis title:
- Understanding the pathogenesis of postmenopausal osteoarthritis linked to estrogen by examining its impact on bone and cartilage remodelling through medical imaging
- Supervisor:
- A/Prof Kathryn Stok
- Discipline/Group:
- Integrative Cartilage Research Group
- Location:
- University of Toronto
-
Zhou (Alex) Fang
- Thesis title:
- Measurement and modelling of human motion using wearable sensors
- Supervisor:
- A/Prof David Ackland
- Discipline/Group:
- Biomechanics
- Location:
- Room G02, Building 261
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Saampras Ganesan
- Thesis title:
- Neuromodulation and Functional MRI
- Supervisor:
- Prof Andrew Zalesky
- Discipline/Group:
- Systems Lab
- Location:
- Alan Gilbert Building (104)
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William Harley
- Thesis title:
- Advanced Bioprinting Techniques: Microscale Single-Cell Patterning For Next Generation Printed Human Tissues
- Supervisor:
- Dr David Collins
- Discipline/Group:
- Biomechanics
- Location:
- Room G25, Building 261
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Isabelle Harris
- Thesis title:
- Using dynamical mean field theory to study epileptic transitions in the brain
- Supervisor:
- Prof Anthony Burkitt
- Discipline/Group:
- NeuroEngineering
- Location:
- Room G18, Building 261
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Yichen Huang
- Thesis title:
- Stability of the glenohumeral joint after anatomic and reverse total shoulder arthroplasty
- Supervisor:
- A/Prof David Ackland
- Discipline/Group:
- Biomechanics
- Location:
- Room 106, Building 261
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Nisal Jayaneththi
- Thesis title:
- In vivo monitoring of ligament and tendon rehabilitation using flexible sensors
- Supervisor:
- Prof Peter Lee
- Discipline/Group:
- Biomechanics
- Location:
- Room G25, Building 173
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Max Kaplan
- Thesis title:
- Non-Invasive Measurement of Intracranial Pressure
- Supervisor:
- Dr Sam John
- Discipline/Group:
- John NeuroBionics
- Location:
- Room G02, Building 261
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Kirill Kokorin
- Thesis title:
- Noninvasive Brain-Computer Interface for Shared Control of a Robotic Arm
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Melbourne Connect
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Kirill Kolesnik
- Thesis title:
- Acoustic holography for spatial cell patterning
- Supervisor:
- Dr David Collins
- Discipline/Group:
- Collins Research Group
- Location:
- Room G25, Building 261
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Chiao Hwei Lee
- Thesis title:
- The design and optimization of microfluidic systems for organ-on-chip applications
- Supervisor:
- Prof Peter Lee
- Discipline/Group:
- Biomechanics
- Location:
- Room G02, Building 261
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Hyeon Hae Lee
- Thesis title:
- Constructing physiologically-based pharmacokinetic (PBPK) models explaining nanocarrier distribution
- Supervisor:
- Dr Matt Faria
- Discipline/Group:
- Tissue Engineering Group
- Location:
- Room 205, Building 167
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Lyra Li
- Thesis title:
- Deep learning for epilepsy management using EEG and complementary data
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Melbourne Connect
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JingYang Liu
- Thesis title:
- Bladder-control prosthesis for people with a spinal cord injury
- Supervisor:
- Dr Sam John
- Discipline/Group:
- John NeuroBionics
- Location:
- Room G02, Building 261
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Varun Madan Mohan
- Thesis title:
- Generative modelling in network neuroscience
- Supervisor:
- Prof Andrew Zalesky
- Discipline/Group:
- Systems Lab
- Location:
- Alan Gilbert Building (104)
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-
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Tayebeh Namayeshi
- Thesis title:
- Fall prevention in elderly through human gait assessment using a machine learning approach
- Supervisor:
- Prof Peter Lee
- Discipline/Group:
- Biomechanics
- Location:
- Room G02, Building 261
-
Long Nguyen
- Thesis title:
- Utilising marine based sulphated polysaccharides to create new biomimetic material technologies
- Supervisor:
- A/Prof Brooke Farrugia
- Discipline/Group:
- Tissue Engineering
- Location:
- Room G18, Building 261
-
-
Andi Partovi
- Thesis title:
- Decoding limb movements from brain signals using deep neural networks
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Level 2, Building 193
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Andrea Presutti
- Thesis title:
- Unraveling the biophysics of cell adhesion through design of nanopatterned cell culture substrates.
- Supervisor:
- A/Prof Daniel Heath
- Discipline/Group:
- Tissue Engineering
- Location:
- Room 210, Building 167
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-
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Suleman Rasheed
- Thesis title:
- Two-Dimensional Continuous Cursor Control using a Brain-Computer Interface
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Melbourne Connect
-
Renate Roeterink
- Thesis title:
- A high-definition approach for quantitative experimental measurements of membrane protein mechanosensitivity
- Supervisor:
- Dr David Collins
- Discipline/Group:
- Collins Research Group
- Location:
- Room G25, Building 261
-
Sarah Safavi
- Thesis title:
- Design and optimisation of the micro-structure of a porous bone implant
- Supervisor:
- Prof Peter Lee
- Discipline/Group:
- Biomechanics
- Location:
- Room 106, Building 261
-
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Zhiyi Shen
- Thesis title:
- Feasibility of micromagnetic neural stimulation for the treatment of neurological conditions
- Supervisor:
- Dr Sam John
- Discipline/Group:
- John NeuroBionics
- Location:
- Room G02, Building 261
-
Pok Him Siu
- Thesis title:
- Creating subject-specific models to understand the brain
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Melbourne Connect
-
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Rachel Stirling
- Thesis title:
- Cycles and Seizure Forecasting in Epilepsy
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Room G02, Building 261
-
Ryan Tiew
- Thesis title:
- Biomechanics of Transfemoral Prosthetic Components
- Supervisor:
- Prof Peter Lee
- Discipline/Group:
- Biomechanics
- Location:
- Room 106, Building 261
-
Igor Tyshchenko
- Thesis title:
- Pulse design for ultra-high field Magnetic Resonance Imaging
- Supervisor:
- Prof Leigh Johnston
- Discipline/Group:
- Biomedical Imaging
- Location:
- Kenneth Myer Building (144)
-
Muhammad Satrio Utomo
- Thesis title:
- Droplet-based high-throughput screening of microbial pairing for novel antibiotic discovery
- Supervisor:
- Dr David Collins
- Discipline/Group:
- Collins Research Group
- Location:
- Room G18, Building 261
-
Sarah Woodford
- Thesis title:
- A predictive musculoskeletal model of the human jaw complex for investigating joint function in the native and prosthetic temporomandibular joint
- Supervisor:
- A/Prof David Ackland
- Discipline/Group:
- Biomechanics
- Location:
- Room 106, Building 261
-
Xiaowei Xia
- Thesis title:
- Individualised cochlear implant sound coding: Optimised algorithms for better hearing
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Room G02, Building 261
-
Mingxin Xu
- Thesis title:
- Microfabrication of acoustic waveguides for non-contact microscale assembly
- Supervisor:
- Dr David Collins
- Discipline/Group:
- Collins Research Group
- Location:
- Room G25, Building 261
-
Mohammad Yavari
- Thesis title:
- A digital twin framework for advanced human mobility measurement in the home setting
- Supervisor:
- A/Prof David Ackland
- Discipline/Group:
- Biomechanics
- Location:
- Room G02, Building 261
-
Yihang Yu
- Thesis title:
- Measure-Model-Manufacture-Manage framework for personalised spinal cage manufacturing
- Supervisor:
- Prof Peter Lee
- Discipline/Group:
- Biomechanics
- Location:
- Room 106, Building 261
-
Syeda Zehra
- Thesis title:
- Multi-modal brain computer interface for augmented reality application
- Supervisor:
- Prof David Grayden
- Discipline/Group:
- NeuroEngineering
- Location:
- Melbourne Connect
-
-
Yuning Zhou
- Thesis title:
- Using machine learning to identify critical structures during laparoscopic cholecystectomy
- Supervisor:
- Dr Katie Davey
- Discipline/Group:
- Davey Research Group
- Location:
- Room G02, Building 261
-
Negar Zoka
- Thesis title:
- Non-electrical neural stimulation to improve stimulation efficacy
- Supervisor:
- Dr Sam John
- Discipline/Group:
- John NeuroBionics
- Location:
- Room G18, Building 261