University of Liverpool Replaces Passive Webinars with Interactive Academic Sessions on SpatialChat

A Small Academic Event That Needed More Than a Webinar

When the University of Liverpool planned its virtual sessions, the requirement was straightforward: deliver a small-scale academic event online. But like many institutions navigating virtual formats, the real challenge wasn’t logistics, but engagement.

With an expected audience of fewer than 50 participants, the event didn’t demand scale. It demanded quality interaction. Traditional tools like Zoom or Microsoft Teams could easily handle the delivery, but they often reduced participation to passive listening, limiting meaningful academic exchange.

The goal, instead, was to create an environment where attendees could actively participate, move between conversations, and engage in a way that mirrored in-person academic discussions.

Designing for Interaction Over Broadcast

The event was set up within a single SpatialChat space, intentionally kept simple to match the scale of the session. Rather than over-engineering the environment, the focus was on enabling fluid interaction.

Participants entered a shared virtual space where they could see and move between one another freely. Instead of being assigned to breakout rooms or waiting for structured Q&A segments, they navigated conversations organically. This design allowed the session to unfold more like a live academic gathering than a scheduled webinar.

Spatial audio played a central role in shaping this experience. As participants moved closer to others, conversations became clearer, naturally forming small discussion clusters. This eliminated the rigidity of traditional virtual formats and introduced a sense of spontaneity into the session.

How Participants Engaged During the Session

Unlike typical virtual events where attention is directed toward a single speaker or screen, this session saw participants actively shaping their own experience.

Attendees moved between conversations based on interest, forming small groups that mirrored real-life academic discussions. These clusters shifted dynamically throughout the session, creating a continuous flow of interaction rather than static engagement blocks.

The result was a highly participatory environment where attendees contributed more frequently and engaged more deeply. Instead of waiting for turns to speak, they became part of ongoing conversations, leading to richer exchanges and more collaborative dialogue.

Measurable Engagement in a Small-Group Format

Despite its modest scale, the session demonstrated strong engagement outcomes that stood out against typical webinar benchmarks. Participation levels remained consistently high throughout the event, with a majority of attendees actively engaging in conversations rather than passively observing. The spatial setup enabled multiple parallel discussions, increasing overall interaction density within the same time frame.

Attendees formed several simultaneous discussion clusters, allowing more voices to be heard without extending the duration of the session. This resulted in a more efficient and engaging use of time, with significantly more peer-to-peer interaction than a traditional single-threaded format would allow.

The event also achieved full attendance utilization based on its expected capacity, indicating strong alignment between the format and participant expectations.

From Static Sessions to Dynamic Academic Exchange

Before adopting this approach, small academic events often relied on linear presentation formats. While effective for content delivery, they limited opportunities for spontaneous discussion and peer interaction.

By contrast, this session enabled a more dynamic structure. Participants were no longer confined to a single stream of communication but could explore multiple conversations in parallel. This shift created a more inclusive environment where quieter participants could engage in smaller groups, while more active contributors could move across discussions.

The flexibility of the space also reduced the need for heavy moderation. Instead of managing breakout rooms or orchestrating transitions, organizers could allow the environment to guide interaction naturally.

Seamless Execution with Minimal Overhead

Given the simplicity of the setup, the event was deployed quickly without requiring extensive configuration. A single shared space was sufficient to support all interactions, reducing operational complexity.

While there were minor access-related questions during onboarding, they were resolved without impacting the overall experience. Once inside the space, participants were able to navigate and engage intuitively, requiring little to no instruction. This ease of use ensured that the focus remained on the content and conversations, rather than on managing the technology.

Closing the Gap Between Virtual and In-Person Interaction

This session demonstrated that even small-scale academic events can benefit significantly from an interaction-first design. By moving away from passive webinar formats and toward a more fluid, spatial environment, the University of Liverpool created a space where participants could actively engage, collaborate, and exchange ideas.

The result was not just a successfully executed virtual event, but a more meaningful academic experience where conversations flowed naturally, participation increased, and the boundaries of traditional virtual formats were effectively removed.