Anup Sathya

University of Maryland, College Park, University of Chicago

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About

Anup Sathya is a leading researcher in human-computer interaction, specializing in miniature robotics, on-body interfaces, and haptic systems. Their work pushes the boundaries of wearable technology by creating compact, mobile devices that seamlessly integrate with everyday environments. Sathya’s most notable contribution is the development of *Calico* (2022, 12 citations), a pioneering wearable robotic system featuring a tiny two-wheel robot that travels along an on-cloth “railway.” This innovation enables precise, fast locomotion for on-body actuation and sensing, opening new possibilities for interactive clothing and personal assistants. Building on this, Sathya introduced *CARDinality* (2024, 8 citations), which reimagines interactive robots as thin, card-shaped devices that use vibration for both movement and haptic feedback. These flat robots combine on-device sensing with wireless control, offering a novel platform for tangible, playful interaction. Sathya’s work is distinguished by its focus on miniaturization and practicality, earning recognition for advancing the field of relocatable on-body systems. With growing citation impact, their research inspires future innovations in wearable robotics, interactive textiles, and haptic user interfaces.