The high-stakes race to the metaverse has begun, but education has yet to be revolutionized. For decades, the learning structure was still modeled according to the standards of the industrial age. In the digital age, there is a dire need for an accessible, interactive, and experiential learning environment that fosters engagement, collaboration, and real-world skill application.
ICB Verse is building immersive and interactive 3D environments within the metaverse to transform traditional learning methods into highly engaging experiences. Students can interact with educators, peers, and virtual tools in real-time, on the web, and in VR, making learning more accessible and interactive. Additionally, credentials and degrees earned in the metaverse education system are backed by blockchain, which ensures the credibility and value of educational offerings
The researchers studied learners, educators, school systems, and the interaction of learning methods and tools. The primary user groups identified through research were the learners and educators.
Students quickly lose interest in traditional video-based lessons and limited interaction during online classes.
Students are often passive listeners resulting to few opportunities for collaborative learning.
Hard to know if students truly understand the material and lack of behavioral learning analytics.
Hamdan is a neurodivergent learner who will greatly benefit from a flexible and personalized learning environment that adapts to his pace, sensory preferences, and communication style. However, traditional classrooms and standard online platforms overwhelm him with rigid structures, time-bound instruction, and sensory distractions, making it difficult for him to focus, participate confidently, and fully absorb the material.
Vaughn is a frequent traveler and remote learner who wants access to high-quality education and opportunities to connect with international instructors and peers.
Zabeel is an educator who wants to deliver highly engaging, interactive lessons while effectively tracking student progress. However, traditional learning management systems limit real-time interaction and provide shallow engagement analytics
To future-proof the product design, I created the design system by developing variables and tokens for styles, components, and screens in Figma. I developed set of components for repetitive interactions of the all the spaces in the metaverse and separate sets of components to solve the specific interactions of the spaces.
These are the screens before entering the metaverse. The users can choose an avatar to interact and navigate to the metaverse with options for customization.
ICB Verse was initially built for learning but eventually extended to create an immersive interactive eonviorment for spaces like library, museum, and a virtual residential community.
ICB Verse is revolutionizing the future of interaction through learning and the metaverse ecosystem powered by AI and blockchain.
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