How the University of Glasgow Created a Fluid Academic Networking Space with SpatialChat for the SCAF Initiative

A Networking Space Designed for Real Conversations

For the SCAF initiative, the University of Glasgow set out to create an online environment that could support meaningful academic and community interaction without the constraints of traditional virtual tools. Rather than hosting a one-off event with rigid structure, the goal was to build a flexible networking layer that participants could enter and engage with naturally.

The resulting setup was a dedicated virtual space titled “SCAF online networking,” designed to function as an open, interactive environment rather than a sequence of scheduled sessions. With a capacity of up to 50 users, the space was intentionally sized to encourage active participation while maintaining conversational clarity.

This approach shifted the focus from attendance to interaction. Instead of gathering participants into a single broadcast stream, the environment allowed multiple conversations to unfold simultaneously, creating a more dynamic and participatory experience.

A Persistent Environment for Ongoing Interaction

Unlike traditional webinar formats, the SCAF networking space in SpatialChat was built as a persistent environment that could be reused across sessions. Participants accessed the space through a simple shared link, reducing onboarding friction and making it easy to return for future interactions.

This continuity played a key role in shaping participant behavior. Rather than entering a one-time event with a fixed agenda, attendees engaged with the space as a familiar environment where conversations could start organically. The absence of rigid scheduling allowed discussions to emerge naturally, driven by participant interest rather than predefined structure.

The single-environment design also ensured that all activity remained visible and accessible. Instead of splitting users across multiple breakout rooms, the space supported a unified networking layer where participants could explore conversations freely.

Organic Clustering and Self-Directed Movement

At the core of the experience was movement. Participants navigated the space freely, joining and leaving conversations based on proximity and interest. This behavior led to the formation of small discussion clusters, typically ranging from three to five participants.

Spatial audio enabled these clusters to operate independently. Conversations remained localized, allowing multiple groups to interact simultaneously without overlap or interference. As participants moved closer to a group, they could listen in and join; stepping away allowed them to transition seamlessly to another discussion.

This fluid interaction model replaced the rigidity of breakout rooms with a more natural networking dynamic. Instead of being assigned to groups, participants actively chose where and how to engage. Over the course of each session, individuals contributed to multiple conversations, increasing both the breadth and depth of interaction.

Consistent Interaction at a 50-User Scale

Operating within a 50-user capacity proved to be a key factor in maintaining high engagement levels. The environment remained active without becoming crowded, ensuring that conversations were easy to join and sustain. At any given moment, the space supported several simultaneous discussion clusters, each with active participation. This distributed engagement model ensured that interaction was not concentrated in a single area but spread across the environment.

Participants frequently moved between clusters, contributing to different discussions within the same session window. This pattern led to higher cumulative talk-time per attendee compared to traditional virtual formats, where interaction is often limited to structured segments.

The balance between scale and interaction density allowed the University of Glasgow to create a networking experience that felt both accessible and engaging, without overwhelming participants.

From Structured Breakouts to Natural Networking

Prior to adopting this approach, virtual academic networking often relied on breakout rooms within platforms like Zoom or Microsoft Teams. While functional, these setups tend to create forced interactions, where participants are assigned to groups with limited flexibility.

The SCAF networking space introduced a different model. By removing predefined groupings and enabling free movement, the environment allowed conversations to form organically. Participants gravitated toward topics and individuals that interested them, resulting in more relevant and engaging discussions.

This shift had a noticeable impact on interaction quality. Conversations were no longer constrained by time limits or group assignments, allowing them to develop more naturally. The result was a networking experience that more closely resembled in-person interactions, where participants move, observe, and join discussions fluidly.

A Simple Format with Immediate Adoption

The effectiveness of the SCAF networking environment was reflected in its rapid adoption. The initiative began with a single-day access model and transitioned into a structured plan shortly after, indicating that the format resonated with participants and organizers alike.

This progression highlighted the value of creating a dedicated networking layer within academic communities. By focusing on interaction rather than presentation, the University of Glasgow was able to deliver an experience that met the needs of its participants without adding unnecessary complexity.

A More Natural Way for Academic Communities to Connect

The SCAF initiative demonstrates how virtual networking can move beyond rigid formats to support genuine interaction. Through a persistent, movement-driven environment, the University of Glasgow created a space where participants could connect, explore, and engage on their own terms.

By enabling parallel conversations, self-directed movement, and small-group interaction, the networking space captured the essence of real-world academic exchange—informal, dynamic, and deeply collaborative.