Immersive Learning

Virtual Reality and haptic gloves have emerged as revolutionary educational tools, transforming traditional learning methods into immersive and engaging experiences. By leveraging the potential of TouchDIVER‘s unique haptic feedback, educators are already transforming the way students learn and interact with educational content.

Watch “Envisioning Corals” VR haptic experience, aimed at increasing awareness of the climate changes affecting marine biodiversity

Haptics in VR education

VR simulations in education bring students to historical events, cultural landmarks, and microscopic worlds, providing interactivity and realism that textbooks alone cannot achieve. With VR headset and haptic gloves like TouchDIVER, students can engage with virtual objects and experience full haptic feedback, developing a deeper understanding of the subject matter. This immersive learning experience matched with haptics fosters hands-on exploration, experimentation, and knowledge retention.

Enhancing skill development

Haptic gloves play a crucial role in enhancing skill development across various educational disciplines. In scientific experiments, they offer a sense of realism when manipulating virtual instruments, while in medical training, they help students develop surgical skills in a risk-free environment. In architecture and design, haptic gloves allow students to physically interact with virtual structures, providing a hands-on immersive learning experience.

The advantages of haptics

Combining VR with haptic gloves in education enhances immersion by adding a sense of touch, deepening students’ connection with the subject matter. Additionally, students can practice practical skills in a virtual environment, gaining confidence for real-world applications. Lastly, this technology promotes accessibility and inclusivity, benefiting students with special needs.

Discover TouchDIVER Pro

TouchDIVER Pro glove features six actuation points, including all five fingers and the palm, and current WEART’s unique multimodal haptic feedback, which provides lifelike force feedback, textures rendering and thermal cues, with precise hand tracking.