About the workshop

Humanoid and other legged robots are highly complex machines. Even more complex, however, is their development. The iterative process of designing robots includes knowledge from all disciplines within the field of robotics, from mechatronic design towards planning and controls. Similar to the curse of dimensionality in learning and optimization (which may very much be part of the development process as well), there exists a kind of "curse of possibilities" – as paradoxical as that may sound: For any one of the more or less complex components and sub-solutions of the robot, there exist a multitude of possible options. Eventually, the design team needs to pick out of those options a set that will work well together, which is a complex combinatorial problem. The design space associated to the development of a new robot is simply vast. Thus, to create and build a humanoid robot, adequate development and design pipelines and principals are required.

This workshop addresses this issue by bringing together an interested audience with several experienced speakers and presenters, who share their related insights and give an overview of the design pipelines they use (or have used) to successfully develop humanoid / legged robots or other highly complex machines.

Topics

The presenters will share their thoughts about the importance of team coordination and communication, how to define and measure development goals, what level of “readiness” / maturity and optimality is required before starting to build a robot? How about heuristics and intuition? How important is the concept of co-design of mechatronics and controls, and how can the correlated “chicken-or-egg” problem be handled?

The particular addressed topics include

  • Mechanical design, motion planning and controls for legged robots
  • Co-Design / parallel engineering of mechatronics and controls
  • Data-driven approaches / pipelines used for robot design
  • Iterative design and optimization techniques applied to the development of new robots
  • Software infrastructure / architecture facilitating the design of new robots
  • Insights about the importance of team building / coordination / motivation

Program (tentative)

The program of this workshop includes 11 talks and 2 poster sessions.
Recordings of all talks will be made available after the workshop.

Time Speaker Topic
8:50 - 9:00 JST
Organizers Welcome and Introduction
9:00 - 9:30 JST
Ludovic Righetti, NYU, MPI Using low-cost custom hardware for experimental validation of control and learning algorithms: lessons learned Abstract.
9:30 - 10:00 JST
Daniel Gonzalez-Diaz, Biomimetic Robotics Laboratory, MIT Latest Developments on the MIT Humanoid Abstract.
10:00 - 10:30 JST
Alexander Badri-Spröwitz, Max Planck Institute for Intelligent Systems Mechanical leg joint coupling in walking animals and robots Abstract.
10:30 - 11:00 JST
Coffee break + Poster Session
11:00 - 11:30 JST
Anton Shu / Johannes Englsberger, German Aerospace Center (DLR) Chicken and Egg: Structured Evaluation Cycles of Design and Control Concepts for Elastic Legged Systems
11:30 - 12:00 JST
Hiroshi Kaminaga, AIST Accelerating development of robot hardware: from mechatronic engineering perspective
12:00 - 13:30 JST
Lunch break
13:30 - 14:00 JST
Pierre Fernbach, PAL Robotics Design and control of the agile bipedal robot Kangaroo
14:00 - 14:30 JST
Sylvain Bertrand, IHMC Application Driven Design Pipeline
14:30 - 15:00 JST
Mitsuharu Morisawa, AIST How can Humanoids ensure continuous growth and reliability?
15:00 - 15:30 JST
Coffee Break + Poster Session
15:30 - 16:00 JST
Jesper Smith, Halodi Robotics Development for integration
16:00 - 16:30 JST
Gabriele Buondonno, Wandercraft Making wheelchair users walk again - from the dream to a certified exoskeleton Abstract.
16:30 - 17:00 JST
Nikos Tsagarakis, Italian Institute of Technology (IIT) Development of customized robotic platforms through modular robot components and effective design pipelines Abstract: The development of complex customized robotic systems such as humanoids and legged robotic system demands significant effort at all stages of the development starting from the derivation of the high level task requirements and capabilities of the customized robotic system to the outline of the technical specifications of the various subsystems and the subsequent design realization and refinement of the adopted solutions. In this talk I will present details on the design methodologies/pipelines considered in our lab to permit the agile development of customized robotic platforms ranging from humanoids, legged robots and reconfigurable robotic systems.
17:00 - 17:30 JST
Open Discussion + Closing Comments
17:30 - open end JST
Organizers Informal Gathering and Exchange at Beach

Call for Contributions

We invite interested workshop participants to submit an abstract (1-2 pages) presenting ideas and concepts related to the topics of the workshop. Contributions should adhere to the double column IEEE conference template. The abstracts will be reviewed by the workshop organizing committee and acceptance will be based on the quality of the contribution and its relevance to the workshop’s topics of interest. All accepted abstracts will be presented as posters during one of the two poster sessions. Submissions via e-mail to designpipelines2022@gmail.com.

Abstract submission (extended): September 17 – November 27, 2022

Notification of acceptance (extended): October 17 – November 27, 2022

Organizers


Get in touch

If you have any questions, don't hesitate to contact us. Contact e-mail: designpipelines2022@gmail.com.