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Hybrid Intelligence Lab · Georgia Tech

Lab facilities

The MiniSim driving simulator with a driver's seat, steering wheel, and surrounding displays

MiniSim driving simulator

Our MiniSim supports controlled studies of driver attention, trust in automation, and responses when control shifts between a driver and an automated system.

  • Autonomous Vehicles
  • Trust
The HI Lab's white and bronze NAO humanoid robot in an upright crouching stance

NAO humanoid robot

With speech, gestures, and body movements, NAO lets us examine how verbal and nonverbal communication shape trust and cooperation with a robotic teammate.

Pupil Labs Neon wearable eye tracking glasses with an integrated tracking module

Pupil Labs Neon

Wearable eye tracking captures where people look during interaction, helping us study attention to teammates and interfaces, information seeking, and gaze behavior in human–AI teams.

A compact EmotiBit physiological sensor board with two circular electrodes

EmotiBit

Heart activity, electrodermal activity, temperature, and movement measurements help us examine arousal, workload, and physiological synchrony during collaboration with human and AI teammates.

Empatica EmbracePlus wearable sensor with a round display and light-colored wristband

Empatica EmbracePlus

Continuous wrist-based monitoring of pulse, electrodermal activity, temperature, and movement supports longer studies of physiological responses across repeated interactions with intelligent systems.

The black Stereolabs ZED 2i stereo camera with two lenses

Stereolabs ZED 2i

Depth sensing and 3D body tracking help us examine posture, gestures, and movement coordination in studies of nonverbal communication and human–AI team dynamics.

See the questions that guide our work.

Explore our research
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