ConRich Workshop at Humanoids 2025

Welcome to our website on the full-day workshop ConRich

on October 2, 2025 as part of the Humanoids 2025 conference. This workshop will take place in Seoul, Korea.

This workshop aims to boost the community to address the challenges of contact-rich robotic applications. Experts in tactile-enhanced robots, whole-body motion planning and control, human motion analysis, and tactile sensors will share their knowledge and exchange ideas with junior researchers. We will set a platform to discuss the human aspects to study to understand how we exploit contacts in contact-rich tasks and the methods we must develop to apply this knowledge in robotics. What human motions should we record and study? How should we improve our models to handle contacts and whole-body hierarchical control? How can we use modern methods such as AI to achieve contact-rich interactions? what components are missing in the current tactile sensors and robot skins to provide feedback in contact-rich control? What are the possible applications for contact-rich tasks in robotics?

Call for Posters

We invite submissions to the Poster Session showcasing recent results, ongoing work, or provocative ideas related to contact-rich robotics. Topics of interest include, but are not limited to, the following:

1. Robot skins and tactile sensors

New sensory systems to enable contact-rich robotics.
New human motion and interaction recording systems.
New data processing methods for large-scale tactile interactions.
Software infrastructure for contact-rich feedback control.

2. Control and learning methods for contact-rich tasks

Learning models and methods of contact-rich tasks.
Representations of large-scale multiple contact interactions.
New methods for multiple contact planning and control.
Whole-body object manipulation and transport.
New methods for whole-body hierarchical control.

3. Applications of contact-rich robotic tasks

Whole-body haptics.
Manipulation and locomotion in constrained environments.
Industrial applications of contact-rich tasks.
Multi-robot contact-rich robotic applications.
Human-robot collaboration.

All accepted contributions will be presented as posters during the poster session. We will announce a Best Poster Award at the end of the workshop.

Submission Guidelines

Contributions should be submitted in the form of an extended abstract. We also welcome abstracts presenting recently published work. We kindly request authors to indicate this and refer to the publication upon submission.

Submission format: Extended abstract in PDF format, using IEEE template (1 – 2 pages)
Submission: By email using following addresses: wenlan.shen@tum.de

Please use “ConRich Workshop Poster – Name of first author” for the title of your email.

Important Dates

Submission Deadline: August 31, 2025 (23:59 UTC)
Notification of Acceptance: September 5, 2025
Workshop: October 2, 2025

Workshop Description

In recent years, tactile sensors and robot skins have evolved from basic research prototypes for specific cases to promising robust and versatile sensing systems – equipping robots with new capabilities. Furthermore, new robot designs are beginning to consider them and even include them in their initial blueprints. Tactile-enhanced robotics brings a broad span of new applications and alternative solutions to the well-known problems related to manipulation and physical interaction. The ConRich workshop will explore new ideas in contact-rich robotics that allow robots to take advantage of large-scale tactile sensors and robot skins. The workshop will cover the design of new robot skin systems that enable contact-rich interactions, new control methods to exploit broad tactile information, learning and definition of contact-rich tasks and whole-body behaviors, and new multi-agent sensor systems to enable contact-rich collaborative robots. The goal of the workshop is to start a discussion and find the needs of the new generation of contact-aware robotic systems and the associated challenges. Bringing together the academic and industrial robotics communities to share points of view, experiences, and ideas to boost the development of contact-rich robotic solutions.