AI-PRISM | AI-Powered Human-Centred Robot Interactions for Smart Manufacturing

26th March at 16.00 | Room 11-13 AI-PRISM at ERF 2025: Driving Circularity in Robotics

At ERF 2025, the AI-PRISM project will contribute to Workshop #44: Circularity in Robotics – Design and Use Cases, a session focused on the role of robotics in advancing circular economy goals. The workshop will explore how sustainable design methods, stakeholder collaboration, and Life Cycle Engineering (LCE) can improve the environmental and economic impact of robotic applications across various industries. As industries seek to transition towards more sustainable and resource-efficient models, robotics presents both opportunities and challenges in optimizing circular supply chains.

The session will address key questions, such as how robots can support circularity, the economic benefits of robotic integration in circular systems, and whether current design methods are sufficient to ensure environmentally responsible robotics development. Through case studies and interactive discussions, participants will gain insights into robotized solutions in areas such as battery manufacturing, ship recycling, and wood recycling. By leveraging real-world examples, the session will showcase how robotics can enhance material recovery, remanufacturing, and sustainable production while reducing waste and environmental footprint.

CHECK THE PROGRAMME

Workshop Agenda

16:00 – 16:10 | Sustainability & Circular Economy: Challenges, Needs & Requirements from Circular Economy Industry
Speaker: Michel Joop van der Schoor (euRobotics TG Sustainability, Germany)
Overview: Introduction to sustainability challenges, the role of robotics in circularity, and key industry needs.

16:10 – 16:20 | Life Cycle Engineering & Sustainable Robotic Design for Circularity
Speaker: Oswald Bratu (PROFACTOR GmbH, Austria)
Overview: Understanding how Life Cycle Engineering (LCE) principles guide sustainable robot design and optimize their role in circular supply chains.

16:20 – 17:00 | Roundtable Discussions – Use Cases for Circular Design & Life Cycle Engineering
Participants will be divided into groups to analyze specific robot-enabled circular economy applications:

  • Battery Manufacturing – Exploring robotics’ role in battery production and recycling.
  • Ship Recycling – Investigating how automation improves ship disassembly efficiency and worker safety.
  • Wood Recycling – Discussing robotic sorting, processing, and repurposing of wood materials.

17:00 – 17:20 | Panel Discussion & Q&A: Presenting Roundtable Results
Moderators: Brigita Jurisic (International Iberian Nanotechnology Laboratory, Portugal) & Oswald Bratu (PROFACTOR GmbH, Austria)
Summary: Participants will share key insights from their group discussions, highlighting major barriers, research priorities, and potential innovations needed to accelerate robotic-driven circularity.

Why Attend?

This workshop provides a unique opportunity to explore how robotics can drive circular economy solutions, engage with leading European projects, and collaborate with experts in sustainability, automation, and industrial robotics. Attendees will gain a deeper understanding of:

  • How robotic systems can be designed for sustainability using LCE principles.
  • The role of automation in optimizing circular supply chains across industries.
  • Key research priorities and barriers to wider adoption of robotics in circularity.

By participating, attendees will contribute to shaping the future of sustainable robotics and help define next steps for industrial and research collaboration in this crucial field.

Collaborating Projects & Networks

This session brings together insights from leading EU and national projects driving innovation in robotics, automation, and circular economy applications:

Topic Groups & Innovation Networks:

  • Innovation Network: EDIH Ai5production (Website)
  • Topic Group: TG on Sustainability, TG Socially Intelligent Robots and Societal Applications

Meet the Experts & Speakers

Michel Joop van der Schoor – euRobotics TG Sustainability, Germany
Brigita Jurisic – International Iberian Nanotechnology Laboratory, Portugal
Oswald Bratu – PROFACTOR GmbH, Austria
Christine Neuy – microTEC Südwest e.V.
Simon Schläger – RWTH Aachen, Germany
Anastasia Garbi – European Dynamics Luxembourg SA                                                                                                                                                                                                                    Esmaeil Najafi – Saxion University of Applied Sciences, The Netherlands

Moderators:
Michel Joop van der Schoor – euRobotics TG Sustainability, Germany
Oswald Bratu – PROFACTOR GmbH, Austria
Brigita Jurisic – International Iberian Nanotechnology Laboratory, Portugal

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