Beyond the Metaverse design factors: Does conversation in the virtual world matter?
Imagine entering a virtual classroom. Instead of sitting behind a screen, you find yourself inside a three-dimensional learning space where you can walk around, examine objects, manipulate virtual equipment, and move from one activity area to another. The surroundings are visually coherent and the environment responds to what you do.
Around you, your fellow students are represented by avatars. There are options to communicate through text, audio, video, spatial audio, and other virtual tools.
But what if the conversations are not what makes the experience good?
A recent study involving tertiary students suggests that the answer may lie somewhere unexpected: the virtual environment itself.
The published study, “The Impact of Design Factors of Virtual and Augmented Reality on Tertiary Students’ User Experience in Metaverse,” was conducted by Julius G. Garcia of the Technological University of the Philippines and Alvie Simonette Q. Alip of the University of the Philippines Open University (UPOU). Ms. Alip is a University Researcher at UPOU’s Office of the Vice Chancellor for Academic Affairs. It examined how visual elements, environmental design, and communication features shape students’ experiences in the Metaverse.
The researchers surveyed 321 tertiary students from engineering and computer science departments across four higher education institutions. Participants were already familiar with Metaverse platforms and received hands-on training before answering the study’s questionnaire.
What emerged was a hierarchy of what matters most. The environment came first. Visual design followed. Communication came last.
What learners value in VR
Among the factors studied, environmental design had the strongest relationship with students’ user experience. The researchers measured environmental design through four elements: interactivity, cohesiveness, naturalness, and complexity. This showed that building a convincing Metaverse is not simply about making it beautiful. A virtual classroom can have impressive graphics, but if students cannot navigate it easily, do not know what they can interact with, or find the environment confusing, visual polish alone may not be enough.
The researchers emphasize that an effective environment should allow users to explore and exercise control. Interactive environments can encourage participation, experimentation, engagement, and learning. At the same time, virtual spaces need to feel cohesive and natural so that users are not constantly reminded that the environment is artificial.
The study suggests that virtual laboratories, for example, should not merely reproduce a physical laboratory as a digital replica. Instead, students should be able to manipulate objects, change variables, conduct experiments, and observe consequences. In a virtual classroom, interactive learning spaces may be more valuable than a beautifully rendered lecture hall designed primarily for one-way content delivery.
Good graphics help but they cannot save a bad environment
Visual design still matters. The study found that visual elements were the second strongest predictor of user experience. Yet the study makes an important distinction that visual quality works best when it supports the environment rather than competing with it.
The researchers found a strong correlation between visual elements and environmental design that suggests that the two are closely connected. Lighting, color, visual style, spatial arrangement, and environmental structure work together to create a coherent experience.
A stunning virtual world, therefore, is not necessarily a successful one. The question is not simply, “Does it look real?” It is also, “Does it make sense?” Can students tell where they are supposed to go? Can they recognize objects? Does the lighting help them focus? Are the visual details appropriate for the task? Does the environment respond in ways that feel intuitive?
These questions move Metaverse design away from spectacle and toward usability. Perhaps the most unexpected finding concerns communication.
The Metaverse is often imagined as a place where people interact through avatars, spatial audio, virtual meetings, and other tools designed to recreate social presence.
The study found that communication features did not significantly predict overall user experience. But that does not mean communication is useless. Rather, it suggests that communication may not be the primary factor determining students’ overall satisfaction with a Metaverse experience.
What it means for higher education
For higher education, the findings raise a practical question: Where should institutions put their resources when developing Metaverse learning environments?
The study argues that institutions should prioritize environmental design before spending heavily on increasingly sophisticated visual or communication features. The recommended approach begins with the structure of the environment: spatial layouts, navigation, interaction mechanics, and environmental logic. Visual refinement and communication tools should come afterward, so that graphics and communication features support the space rather than force developers to redesign it later.
The researchers also recommend that communication investments depend on the learning activity. For lectures and individual simulations, basic and reliable communication may be sufficient. For group projects, peer teaching, collaborative design, and other socially intensive activities, more advanced tools such as spatial audio, expressive avatars, and shared workspaces may become more valuable.
The message is not to abandon communication. It is to stop treating every Metaverse feature as equally important.
The findings ultimately point toward a different way of thinking about the Metaverse. Instead of asking what features can be added to a virtual platform, designers may need to ask what kind of place they are creating. A successful educational Metaverse is not simply a collection of avatars, chat functions, graphics, and virtual objects. It is an environment in which students can understand where they are, what they can do, and why their actions matter.
The researchers conclude that development teams should prioritize environmental design, navigation, spatial usability, and interaction before fine-tuning graphics or expanding communication features. Factors such as technology self-efficacy, personality, intrinsic motivation, and community influences may contribute to how people experience immersive environments. That uncertainty leaves room for further research. But it also leaves designers with a clear starting point.
The future of the Metaverse may not be determined by who has the most realistic avatar or the most advanced communication system. Universities should not only focus on providing VR/AR communication tools. They may need to invest in how virtual classrooms and learning spaces are designed.
Written and visual layout by Marinela Hernandez | Edited by Primo Garcia
