Adam Imdieke
Computer Science Ph.D. student · University of Minnesota
Robotics: Perception and Manipulation Lab
University of Minnesota
Minneapolis, MN 55455
I build tactile sensors and learning systems that help robots sense and use contact across their bodies.
I’m a computer science Ph.D. student at the University of Minnesota, working with Karthik Desingh in the Robotics: Perception and Manipulation (RPM) Lab. My research connects tactile-skin hardware, contact-aware control, and policy learning. I also collaborate with the Wearable Technology Lab on sensor materials and fabrication.
I’m interested in how robots learn to use body contact, and how multimodal sensing and world models can support that learning. My projects also include teleoperation, spatial interfaces, and multi-agent coordination.
Outside the lab, I enjoy climbing, building things, and bikepacking around Minneapolis.
Selected work
All projects
Tailorable Force-Sensing Skins
Textile and additive-manufactured sensing layers for whole-arm contact; accepted at IROS 2026.
Explore project
MagPie Tactile Skin
A modular magnetic and piezoresistive skin developed with Breck School students; an IROS 2026 workshop spotlight.
Explore project
AugInsert
Data augmentation for robust visual-force policies in contact-rich assembly (IROS 2025).
Explore projectRecent updates
Full archive| Sep 27, 2026 | MagPie Tactile Skin is listed as a contributed spotlight in the September 27 IROS 2026 tactile workshop program. The project combines magnetic and piezoresistive sensing in a modular taxel. |
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| Sep 14, 2026 | MagPie: A Magnetic-Piezoresistive Tactile Skin was accepted for an oral presentation at the IROS 2026 Scalable Tactile Sensing for Dexterous Manipulation workshop. I developed this work with Breck School students Jackson Goodrich and Eytan Krebs and with Karthik Desingh. Project overview. |
| Sep 14, 2026 | Our tailorable force-sensing skins work was accepted as a poster at the IROS 2026 Scalable Tactile Sensing for Dexterous Manipulation workshop. |
| Jun 17, 2026 | Our paper Tailorable Force-Sensing Skins for Manipulators Using Textile and Additive Manufacturing was accepted to IROS 2026. This work is with Heidi Woelfle, Brad Holschuh, and Karthik Desingh. Project page. |