Welcome to
IFIP (04938)
8^th International Conference on Computational Intelligence in Data Science (ICCIDS 2025)

Virtual Reality (VR) is a critical element of metaverse that signifies the vast interconnected network of immersive and interactive 3D digital worlds. Powered by various tools including AI, the transformative power of the metaverse can facilitate real- time immersive experiences that allow the users to navigate and interact with the digital worlds.

This keynote speech will demonstrate many VR frameworks that were designed for different VR applications developed for STEM education, computational thinking, and VR applications in other related disciplines. VR especially is at the heart of metaverse’s ability to provide interactive and especially, immersive experiences. Interaction is critical for learner engagement, which is critical for STEM learning and retention. Being able to explore and interact are critical factors in the learning process. The design of the virtual reality environment should consider the above factors in order to facilitate a seamless learning experience. Another critical aspect that is closely interrelated to design is ‘cueing’. The role and importance of visual, auditory, and tactile cueing in designing virtual environments has been highlighted by many notable works. The highly visual, interactive VR approach to training complex tasks holds several cognitive advantages and these allow the trainee to connect largely abstract and concrete concepts, thus reducing the cognitive load (e.g., memory, attention) on the trainee. With AR (augmented reality), the superimposition of task relevant information on visualizations of the task helps the trainee develop spatial skills and acquire schemas, as well as encourages active participation in the training.

For optimal user experience, careful consideration of the human sensory stimuli (visual, auditory, haptic, etc.) is inevitable. The various modes range from fully immersive to semi or partially immersive experiences as well as features that involve juxtaposing the real world and virtual objects. Considering the wide range of options available, besides selecting the optimal mode (VR/AR/MR) for specific application and audience, it is vital to design and deliver XR experiences in manufacturing for optimal user experience with reduce cognitive load and higher engagement. This webinar will demonstrate the successfully implemented smart and digital manufacturing applications with due consideration to the above UI/HCI factors.