I am currently working on my Undergraduate Thesis with the Motion & Adaptation Science Laboratories, in collaboration with the Division of Engineering Science at the University of Toronto. The focus of my research is on human postural control, and how the cerebral cortex regulates upright balance. Please see my "Projects" section for more details on my thesis topic.

Currently, I am coordinating and advising a multidisciplinary design team of 40+ people through multiple projects focused on providing medical industry clients with an innovative product geared towards their specific needs. Additionally, our club is focused on co-hosting the Canadian Undergraduate Biomedical Engineering Conference (CUBEC), where students across Canada can showcase innovative medical products/research, attend keynote presentations, and network with industry members. Lastly, we… Show more Currently, I am coordinating and advising a multidisciplinary design team of 40+ people through multiple projects focused on providing medical industry clients with an innovative product geared towards their specific needs. Additionally, our club is focused on co-hosting the Canadian Undergraduate Biomedical Engineering Conference (CUBEC), where students across Canada can showcase innovative medical products/research, attend keynote presentations, and network with industry members. Lastly, we are working on organizing an inter-institutional design competition for University of Toronto and McMaster University students that works with community members to create innovative solutions to their medical problems. Show less

Led a multi-disciplinary team of 6 in the design of a continuous bladder irrigation device that improves patient recovery during and following urological surgeries, in collaboration with Dr. Monica Farcas’ Lab at St. Michael’s Hospital, Toronto. During this time, we designed and implemented robust flow rate and visual blood-content sensors using novel algorithms to inform a closed-loop feedback controller to regulate the flow of saline solution to the surgical site. Further, we proposed a… Show more Led a multi-disciplinary team of 6 in the design of a continuous bladder irrigation device that improves patient recovery during and following urological surgeries, in collaboration with Dr. Monica Farcas’ Lab at St. Michael’s Hospital, Toronto. During this time, we designed and implemented robust flow rate and visual blood-content sensors using novel algorithms to inform a closed-loop feedback controller to regulate the flow of saline solution to the surgical site. Further, we proposed a framework for artificial intelligence applications to smartly identify and inform surgical success Show less

A significant part of my work was focused on the recommendation implementation of process equipment and new procedures for the manufacturing of injectable pharmaceutical products. Further, I supported the implementation of high-speed machinery for the mass commercialization of medical devices. I was also responsible for the management of a track and trace serialization system to ensure the safe and compliant production of pharmaceutical products. Lastly, my position entailed the qualification… Show more A significant part of my work was focused on the recommendation implementation of process equipment and new procedures for the manufacturing of injectable pharmaceutical products. Further, I supported the implementation of high-speed machinery for the mass commercialization of medical devices. I was also responsible for the management of a track and trace serialization system to ensure the safe and compliant production of pharmaceutical products. Lastly, my position entailed the qualification of large-scale machinery for manufacturing purposes as well as the assessment of production efficiency. Show less

In this role, I created testing documents for high-tech respiratory medical devices in accordance with ISO13485. Further, I was responsible for forming, conducting, and documenting experiments for product investigations and the validation of engineering changes. Additionally, I introduced effective methods for the statistical analysis of data that enhanced the quality of the conclusions made on experimental findings

As a program staff, I organized and ran summer activities that were adapted to participants with varying disabilities, as well as actively problem-solved conflicts on a daily basis.