Sensory Perception & Interaction, Research Group

At SPIN, we are designing to apply affective haptic technologies in practice for applications such as facilitating emotion regulation, supporting synchronization during remote work, and many more. 

Participatory design of Emotionally Supportive Swarm Robots for teenagers 

Collection of work on physical human-robot interaction in industrial and manufacturing contexts.

SPIN research in haptic notification and movement guidance spans a number of different project arches, as seen through associated publications.

Inspired by needs for haptic support of large motions on a surface (in embodied conceptual learning, commercial design, and 2D virtual / augmented reality), we present the ballpoint drive. This novel approach circumvents conventional constraints by imposing a new one: motion restricted to rolling on an arbitrary two dimensional surface, and grounding forces generated through friction.

Educational haptic platforms can leverage various modalities in order create effective interactive environments that can support embodied physical interactions. These platforms have the potential to leverage a student’s physical intuition to make abstract topics in physics, math, and other fields of science more concrete. 

MacaronMix is an online, open-source tool for morphing haptic signals. Designers, researchers, and hapticians can use this tool to create and study haptic icons, and to develop new morphing algorithms. Link: http://hapticdesign.github.io/macaronmix/

A wearable haptic notification system for speakers and session chairs.

The smart fur prototype is a new type of touch sensor built with conductive fur, with the goal of aiding in gesture recognition in the Haptic Creature system.