Sensory Stimulation

Provision of sensors and lighting devices for the creation of relaxation and sensory stimulation environments.

General description of the project

Creation of multisensory environments equipped with lighting, sound, and tactile devices that promote relaxation, cognitive stimulation, and emotional well-being for people with intellectual disabilities. These spaces are designed to provide immersive experiences tailored to each user, allowing for sensory regulation according to their individual needs.

The selection of devices and sensory stimuli was carried out in collaboration with CAPD professionals, ensuring that each element contributes to the development of cognitive or physical skills. In addition, Augmentative and Alternative Communication systems were integrated to facilitate interaction and control of the stimuli.

Technical breakdown of the project

The project consists of creating intelligent multisensory environments designed to foster relaxation, cognitive stimulation, and emotional well-being for people with intellectual disabilities. These spaces combine lighting, sound, and tactile stimuli that adapt to each user’s needs, offering immersive and personalized experiences that allow for controlled and safe sensory regulation.

Implementation was carried out through the integration of advanced smart home technologies such as Govee LED lights, Alexa devices, Aqara Cube T1 Pro sensors, Aqara Hub M1S and M2, and the Broadlink Universal Remote controller, all managed through the Alexa Home application. This technological infrastructure allows control of light intensity, sound, and other environmental stimuli through voice or touch interaction, creating a flexible and accessible environment.

From a tablet, using the Govee Home application, lighting can be managed by selecting specific colors or predefined scenes that combine lights, sounds, and effects to generate different atmospheres. The interactive cubes allow users to activate entire scenes with a simple movement, facilitating participation for people with motor difficulties. Through the Broadlink device, the television can be controlled by voice, turning it on or off, or changing channels, without the need for traditional remotes. Additionally, with Alexa, users can modify the color and intensity of the lights using voice commands, enhancing autonomy and sensory stimulation for those who use the space.

Team

  • Dr. Carmen Miranda Duro, occupational therapist, TALIONIS research group
  • Paula de Santos Dorrego, occupational therapist, TALIONIS research group
  • Raúl Fraiz Gómez, occupational therapist
  • Manuel Lagos Rodríguez, computer engineer, TALIONIS research group
  • Jorge Rivadulla Brey, computer engineer, TALIONIS research group
  • Iago Fernández Garrido, computer engineer, TALIONIS research group
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