Resume

CueTurn

Designing how AI takes the floor in live group conversations.

Role
AI Interaction Design & Research Intern
Lab
UCSD Design Lab
Context
CHI 2026 submission
Study
PI: Steven Dow

CueTurn is a research project and working prototype for CHI 2026 submission. Working under Zhiqing Wang, I designed the interaction paradigm, built and iterated the real-time signaling UI, and helped lead a 80-participant evaluation study across formative exploration and user testing.

The Premise

Gen AI is getting better at live conversation, but most systems still follow a familiar pattern: a person speaks, and the AI responds. CueTurn explored a different model:

How should AI intervene in a live group conversation?

That shift makes the interaction much more complex. The system must listen across multiple people, recognize when intervention is actually useful, and step in without breaking the group’s flow. Unlike a human facilitator, AI does not begin with shared social legitimacy. It has to earn trust in the moment while still being clear enough to influence the conversation.

We centered on anticipatory cues to test how they prepare the group for AI intervention, examining:

CueTurn focus questions: how anticipation signals shaped noticeability and perceived disruption; how timing and delivery style influenced participant response to AI intervention

The Prototype

CueTurn is a research prototype exploring how an AI facilitator can join live group conversations at the right moment, with the right level of visual intensity, without disrupting the group’s flow or sense of agency.

System overview

CueTurn was a working prototype tested in live group discussion sessions. The system included:

CueTurn system overview showing the participant interface, AI facilitator states, intervention cues, and facilitation backend

Process

Core design explorations focused on anticipation, interpretable differences, and how to evaluate an unfamiliar interaction model in live group settings.

Investigation 1: Anticipation signals

How can AI signal an upcoming intervention without feeling disruptive?

We designed the anticipatory period before the AI spoke as two moments:

  • Hold — the AI signals that it intends to speak
  • Speak — the AI delivers its intervention

To explore the relationship between noticeability and perceived disruption, we centered on screen occupancy, countdown explicitness, and audio notifications.

Investigation 2: Narrowing the design space

How can we turn a broad design space into differences people can actually perceive?

CueTurn began with an extensive design space, but formative sessions showed that some variations were too subtle, overlapping, or complex to compare clearly. We narrowed the space around how users experience the AI’s presence: how prominent, explicit, and intrusive each intervention feels. Countdown exploration shifted from visual form, such as ring vs. bar, to explicitness: visible numbers versus a less explicit timer.

Ring Countdown
vs
Bar Countdown
Countdown with numbers
vs
Countdown without numbers

Designing the experimental study

CueTurn co-design session procedure: consent and intake, CueTurn intro, a 30-minute group discussion, then a 30-minute 1-on-1 interview comparing screen occupancy, countdown explicitness, and audio notifications

CueTurn's formative co-design user study paired a 30-minute group discussion with a 1:1 follow-up interview. That discussion period gave participants enough time to acclimate to an unfamiliar interaction model, reducing novelty effects and making their feedback on design differences more meaningful.

Wizard-of-Oz Setup

A trained facilitator operated CueTurn behind the scenes, while participants experienced cues as AI-generated.

The system generated candidate cues across social, content, and timing triggers; the wizard selected, edited, and sent them at natural pause points. This allowed us to isolate the intervention experience itself from inconsistencies in cue content or timing!

Emerging patterns

  • Preliminary signals from formative sessions
  • Participants reacted differently to the same cue designs depending on conversational context.
  • Subtle cues could still feel disruptive when they arrived at the wrong moment.
  • Anticipation sometimes softened an intervention, while explicit countdowns could add pressure.

Implication: Effective anticipation depends on balancing clarity, context, and perceived disruption. These early patterns are guiding the next iteration and focused live evaluation.

Reflection

CueTurn is redefining how I think about product design for AI. Working on it made me much more aware of the behavioral layer of these systems: when they should step in, how strongly they should ask for attention, and what makes their presence feel trustworthy instead of disruptive.

It also pushed me to work across the full arc of a project, from interaction design and study design to live research and synthesis into product decisions. This process is shaping the kind of designer I want to become!