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Biomedical Engineering
Click on the Project Title to see more information about the project!
Project Title | Student/s | Overview |
---|---|---|
Monitoring REM Cycles with Triboelectric Nanogenerators | James Thomas | Technology to monitor sleep without having to go into a sleep lab. |
Cortical Vision Prosthesis - FPGA Prototype for Image Data Transmission
| David Inguanti
| The foundation for image transmission within the “Cortical Vision Prosthesis” project (Monash Vision Group).
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Cell Tracking Challenge
| Michael Chang
| An official entry to the ISBI 2021 Cell Tracking Challenge
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Smart Feeding Monitor for Neonatal and Paediatric Care | Oscar Hulbert
| An innovative medical device to quantitatively assess feeding of newborns
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NeuroStim: A compact neurostimulator | Emma Scully | Neurostim is an affordable and compact neural stimulator capable of producing novel pulse shapes for use in visual cortex stimulation experiments.
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Exploring the impacts of adverse phosphene phenomena in synthetic vision | Jake Thomas
| A realistic take on the state of synthetic vision.
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Wireless positioning system for a balloon catheter | Jake Makaling
| Synergising the power of wireless technology with a medical intervention system to rapidly treat haemorrhages |
MRI Brain Tumour Segmentation Using Deep Learning | Dilshan Goonatillake | Automatic segmentation of brain tumours with neural networks |
SegTHOR: Segmentation of THoracic Organs at Risk in CT images | Vincent Lu
| Using Image Segementation Techniques to delinearate target tumors and healthy organs located near the target tumor
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Low-Cost IoT Wearable for Stress Detection | Elizabeth Chai
| This low-cost IoT wearable enables users to monitor and track their stress levels in real-time, through a WiFi-enabled (ESP-32) microcontroller, heart rate sensor, skin galvanic response sensor and machine learning algorithms.
The project encompasses all the Electrical and Computer Systems Engineering degree aspects, including electronic sensors, real-time hardware and software development, design and data analysis (collection, signal processing and machine learning). |
Smart Video Monitor for Neonatal and Paediatric Care
| Akanksha Sankaran
| I am developing a non contact vital sign video monitor to help doctors and clinicians monitor neonatal and paediatric patients in the NICU.
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Investigating robust deep learning methods for medical image analysis | Patrick Ng
| A beginners attempt at deep learning for medical image analysis.
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Developing surgical insertion system for cortical implant | Michael Deimetry
| Making a difference through engineering
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