Integrating technology into everyday life has been a growing challenge for engineers and designers. The Smart Socks project, developed by Anne-Julie Hoye, an MSc candidate in a dual degree program at EMLV and a student in the Creative Technology major at ESILV, is a perfect example of how innovation can enhance mobility and safety.
These smart socks combine e-textiles, embedded electronics, and biomechanical data analysis to monitor movement patterns and improve posture. Designed for both sports performance and healthcare applications, this connected solution provides real-time insights into a user’s gait and balance, helping to prevent injuries and optimize mobility.
Conducted within the Institute for Future Technologies (IFT) at ESILV, this project reflects the potential of cutting-edge technologies to address real-world challenges.
A New Approach to Biomechanical Analysis
Anne-Julie’s project, Smart Socks, is a connected solution designed to collect and analyze biomechanical data in real-time.
Developed for sports and healthcare applications, they detect imbalances, optimize performance, and facilitate patient monitoring.
The project incorporates IMU, EMG, and pressure sensors connected to an ESP32 microcontroller to assess posture and gait. An intuitive mobile application allows users to track their parameters in real-time and adjust their movement patterns accordingly.
Combining Technology and Prototyping
During her final semester, Anne-Julie Hoye focused on developing the Smart Socks prototype, combining e-textiles, embedded electronics, and prototyping techniques.
This hands-on experience allowed her to refine her hardware development, sensor integration, and project management expertise.
The project was conducted within ESILV’s Institute for Future Technologies (IFT), a research center dedicated to emerging technologies. Under the supervision of Xiao Xiao, Anne-Julie collaborated with Inès Beaunoir and Amandine Underwood to design and test the innovative solution.
The Creative Technology Major: A Versatile Program
The Creative Technology major prepares students for careers at the intersection of technology and design. This cross-disciplinary program equips them with skills in product innovation, rapid prototyping, and the integration of cutting-edge technologies.
Graduates emerge as Creative Technologists, capable of leading projects that span R&D, marketing, and industrial production. Some even secure patents or publish scientific articles as part of their academic journey.
A Promising and Impactful Experience
The Smart Socks project represents a significant milestone in Anne-Julie Hoye’s academic journey. It demonstrates her ability to bridge technology with everyday life and showcases how innovative solutions can address real-world challenges and improve human well-being.
Learn more about the Creative Technology major and the IFT
