Sophia S. Liau

StabiliKnee by KneeProtekt

October 2024 - December 2024 Engineering Design and Development BMEG 230 Project

StabiliKnee is a wearable device designed to assist individuals with knee instability, particularly those with conditions like ACL injuries. KneeProtekt will support safe alignment and reduce injury risks by dynamically guiding users away from excessive knee rotations. It provides real-time feedback and support through a combination of sensors and haptic feedback, enhancing mobility and safety for users. This project was developed as part of my BMEG 230 course at the University of British Columbia, where I collaborated with a team to create an innovative solution that enhances accessibility and safety for our target users and their families.

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Technical Overview

We initially identified the internal rotation of the knee in double legged landings to be a root cause of knee injuries, particularly ACL & PFP injuries. We conducted both a literature review and a personal study using motion capture to confirm dangerous knee movements, angles and forces. Our findings then led us to develop a solution that would help users avoid these harmful movements. Our solution, StabiliKnee, is a wearable device that provides real-time feedback to users to help them avoid excessive internal rotation of the knee. The device uses a combination of sensors and haptic feedback to guide users away from harmful movements, enhancing their mobility and safety.