Recent Master of Biomedical Engineering graduate from the University of Melbourne, with strong abilities in project management, workflow enhancement, and technical skills in biomedical applications. Demonstrated capabilities and interests to lead and innovate in project settings, particularly on developing and improving biomedical equipment and technologies. Eager to contribute to and grow within the biomedical engineering industry, with a proven a strong history of success in school and projects.
Capstone project: Automated Estimation of Extracellular Matrix Volume (ECM) of Fluorescent's Labelled Chondrocyte's Samples in 3D.
Developed a fully automated workflow for processing confocal image stacks to quantify nascent ECM production in a 3D setting on FIJI platform.
First authorship of a project- based abstract presented at the 2023 Australian Society for Mechanobiology Meeting. ‘Volumetric quantification of matrix deposition from chondrocytes'
Electrooculography (EOG) System Development: Designed a circuit system for eye movement detection, using LTspice and LabVIEW for simulation and implementation
Advanced Diabetes Management System: Integrated a continuous glucose monitoring sensor with an automated insulin delivery system, enhancing patient management through LabVIEW simulations
Tibial Intramedullary Nail with Screw Targeting: Innovated a magnet and sensor-based system for precise screw placement in tibial fracture, designed using SolidWorks.
Helped to translate C++ code into python for calculating the surface areas of chondrocytes, enhancing the project efficiency and accuracy.