The Interactive Dexterity Enhancement System utilizes serious games to enhance the motor skills and dexterity of children with disabilities using Python(mainly PyGame). Through interactive exercises and challenges, users engage with tilt sensors, touch sensors, and Bluetooth modules to complete tasks tailored to their abilities. Real-time feedback and progress tracking ensure personalized and effective skill development. By gamifying therapy sessions, the system promotes engagement, motivation, and social interaction.
Transducers.Task.4.Demo.mp4
The following hardware components were used in the project:
• Arduino uno microcontroller: It serves as the brain of the system, responsible for data acquisition, processing, and control.
• Tilt sensors: utilized to detect the orientation of the device or objects, providing input for various activities.
• Touch sensors: incorporated to detect physical contact or pressure, enabling interactive manipulation of objects.
• Bluetooth modules: enable wireless communication between the system and external devices such as smartphones. Also connecting data logging for progress tracking, and synchronization with educational apps.
• Breadboard: It provides a platform for connecting and prototyping the various components of the system.
• Jumper wires: They are used to establish connections between the Arduino, ultrasonic sensor, and breadboard.
