The app, developed in collaboration with Safe Toddles, a dedicated nonprofit organization, offers a comprehensive series of lessons aimed at enhancing the walking and orientation skills of visually impaired children. For detailed information, please visit https://www.safetoddles.org.
These lessons are specifically designed to be used in conjunction with the Pediatric Belt Cane, an innovative product also developed by Safe Toddles. The curriculum is structured to guide visually impaired kids through a progressive learning path, helping them to develop essential mobility skills.
Within the app, users participate in interactive lessons and complete targeted activities that are part of each module. Following these activities, users provide feedback through detailed assessment questionnaires, which helps to track their progress and refine the learning experience.
The app integrates seamlessly with a wearable Inertial Measurement Unit (IMU) sensor, which is attached to the Pediatric Belt Cane. This sensor collects and transmits crucial IMU data to the app in real-time. The data is then analyzed by an advanced AI module, which evaluates the developmental age of the student based on their movement patterns and progress.
Utilizing the insights from periodic assessments of the student's developmental age, the app dynamically generates a personalized set of lessons. These tailored lessons are designed to meet the specific needs and current capabilities of each individual student, ensuring an effective and efficient learning journey.
By leveraging AI and sensor technology, this app represents a significant step forward in supporting visually impaired children to gain confidence and independence in their walking and orientation skills.
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