Sensorimotor Interaction Group

The Sensorimotor Interaction group (senSInt) is a newly formed research group at the Max Planck Institute for Informatics (MPI-INF). The group is led by Paul Strohmeier, we conduct research into human perception and computer sensing to improve Human Computer Interaction (HCI). Our research topics include Tactile Rendering, Sensorimotor Augmentation, and On-Body Systems.

The Sensorimotor Interaction Group is co-located with the Human Computer Interaction Lab of Saarland University.

Check out Talks and Research for more details about the research directions of senSInt.

senSInt, friends, and family
senSInt family at CHI '23


We experience the world through and because of our bodies. Our perception has adapted to respond to relevant information, which we use to actively create our experience of the world. Perception is a process which combines motor (efferent) output with sensory (afferent) input. The motor and sensory elements are inseparable, hence, sensorimotor.

We conduct research on such sensorimotor loops and explore their role in Human Computer Interaction. Our research focuses on understanding these sensorimotor loops themselves, designing how they might be deployed in on-body systems, and creating the technology, materials, and infrastructure for implementing these.

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June 1st, 2023
We are having an exciting research summer. Yuran Ding is joining as a PhD student, Rachel Freire is joining to work on new wearable interactive garment interfaces, and Konrad Fabian will be applying his experience in generative modeling to our projects.

May 1st, 2023
We published 3 papers at CHI '23. Our Haptic Servo paper was awarded an Honourable Mention.

May 1st, 2022
The senSInt team co-hosted the Sustainable Haptic Design Workshop at CHI this year. Exciting keynote talks by Eric Vezzoli, Vincent Levesque, & Hasti Seifi.

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Recent Publications

2024: Motionless Movement: Towards Vibrotactile Kinesthetic Displays – Yuran Ding, Nihar Sabnis, Paul Strohmeier

2024: Shaping Compliance: Inducing Haptic Illusion of Compliance in Diferent Shapes with Electrotactile Grains – Arata Jingu Nihar Sabnis, Paul Strohmeier, Jürgen Steimle

2024: vARitouch: Back of the Finger Device for adding Variable Compliance to Rigid Objects – Gabriela Vega, Valentin Martinez-Missir, Dennis Wittchen, Nihar Sabnis, Karen Cochraine, Audrey Girouard, Paul Strohmeier

2024: Empowering Learners: Chatbot-Mediated 'Learning-by-Teaching' – Nihar Sabnis, Tomohiro Nagashima

2024: Base and Stitch: Evaluating eTextile Interfaces from a Material-Centric View – Vineetha Rallabandi, Alice C. Haynes, Courtney N. Reed, Paul Strohmeier in Tangible, Embedded, and Embodied Interaction (TEI '24

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