- Designed an airbag inflation system that protects the user's skull in case of a fall. - Integrated a method of converting an electrical signal to mechanical output, enabling the instantaneous release of stored gas into an airbag. - Designed and iterated a lightweight, compact, and affordable housing structure in SolidWorks that supported the puncture of the CO2 canisters and successful transfer into the airbag.

- Collaborated with multi-disciplinary cross-functional teams to construct and 3D-print a wearable lower-limb exoskeleton suit. - Ensured the exoskeleton suit can support forces at play and is limited to the user’s natural range of motion by utilizing SolidWorks to create knee, hip, and ankle joints.- Competed at the ACE Competition which evaluated the effectiveness and mobility of the exoskeleton suit through various obstacle courses and challenges, and placed 4th in North America… Show more - Collaborated with multi-disciplinary cross-functional teams to construct and 3D-print a wearable lower-limb exoskeleton suit. - Ensured the exoskeleton suit can support forces at play and is limited to the user’s natural range of motion by utilizing SolidWorks to create knee, hip, and ankle joints.- Competed at the ACE Competition which evaluated the effectiveness and mobility of the exoskeleton suit through various obstacle courses and challenges, and placed 4th in North America against other competing universities. Show less

- Segmented pelvic floor organs and other study interests in 2D ultrasound videos and 3D transperineal ultrasound images using 3D Slicer software. The completed segmentations were used in ground truth for AI algorithm development for automatic segmentation, metrics extraction, and biomechanical study of the pelvic floor in resting and contracting states.- Learned the manufacturing processes associated with new product development, considering patient safety and product quality.

- Modeled prototypes of distinctive filter cartridges in SolidWorks 2020, evaluated design feasibility by performing Static FEA Simulations in SolidWorks, and made iterative improvements upon identifying issues related to part dimensions. - Programmed collaborative robot in URScript using Polyscope GUI to map robotic arm path for accurate distribution of adhesive. - Built prototypes using ultrasonic welders and evaluated success using DOP testing machines and leak testing equipment… Show more - Modeled prototypes of distinctive filter cartridges in SolidWorks 2020, evaluated design feasibility by performing Static FEA Simulations in SolidWorks, and made iterative improvements upon identifying issues related to part dimensions. - Programmed collaborative robot in URScript using Polyscope GUI to map robotic arm path for accurate distribution of adhesive. - Built prototypes using ultrasonic welders and evaluated success using DOP testing machines and leak testing equipment. - Analyzed and gathered measurements of CT-scanned components in North Star Imaging software. - Led weekly project stand-up meetings to discuss status updates or roadblocks for upcoming tasks within the next design sprint. Show less

Under the guidance and supervision of Dean Kevin Deluzio, undertook research tasks and projects for the Human Mobility Research Laboratory in Kingston, Ontario. Funded by the Undergraduate Student Research Award (USRA) from the Natural Sciences and Engineering Research Council of Canada (NSERC) and the Department of Mechanical and Materials Engineering at Queen's University.- Conducted analysis of subject behavior using multi-view video software, documenting trial characteristics, and… Show more Under the guidance and supervision of Dean Kevin Deluzio, undertook research tasks and projects for the Human Mobility Research Laboratory in Kingston, Ontario. Funded by the Undergraduate Student Research Award (USRA) from the Natural Sciences and Engineering Research Council of Canada (NSERC) and the Department of Mechanical and Materials Engineering at Queen's University.- Conducted analysis of subject behavior using multi-view video software, documenting trial characteristics, and annotating specific events during functional motor tests that measured fundamental mobility capabilities in participants.- Developed MATLAB code to map and visualize the changing positions of motion capture cameras in three-dimensional space.- Examined motion-captured data of subjects under different clothing conditions, calculating and comparing upper and lower body limb segments using Visual3D software for individuals wearing both casual and athletic attire. Show less

- Researched and applied the design process to design a fingerprint scanner-activated pill dispenser integrating specialized electronic components, including a fingerprint scanner, timer, and visual indicator. - Programmed Arduino and wired breadboards to servos for angular rotation to allow pill distribution.- Assembled and installed components to a 3D printed model designed by the CAD team and implemented an app designed by the software team. - Took the initiative to learn how to… Show more - Researched and applied the design process to design a fingerprint scanner-activated pill dispenser integrating specialized electronic components, including a fingerprint scanner, timer, and visual indicator. - Programmed Arduino and wired breadboards to servos for angular rotation to allow pill distribution.- Assembled and installed components to a 3D printed model designed by the CAD team and implemented an app designed by the software team. - Took the initiative to learn how to program a fingerprint sensor for user identity recognition. Show less