At PROTEAS, we host workshops that bring together roboticists and environmental experts to co-create sustainable solutions. By fostering cross-disciplinary collaboration, we empower researchers to integrate ecological insights into cutting-edge robotics. Our workshops provide a platform for knowledge exchange, hands-on experimentation, and problem-solving, ensuring that technological advancements align with planetary stewardship and industry. Through these partnerships, we cultivate a community where innovation meets sustainability, driving impactful projects for a greener future.
Resources
Stakeholders
University of Bristol
University of West of England
Bristol Robotics Laboratory
Background
This special session will critically explore ethical challenges unique to environmental and agricultural robotics. Unlike traditional robotics ethics, which often centre on human-robot interactions, environmental robotics could require an interspecies and ecological perspective. This means accounting for biodiversity, sustainability, and ecosystem balance in robotic design, deployment, and policy.
The session will adopt a provocation-based format, where speakers present assertions (bold claims) designed to challenge assumptions and spark discussion among researchers, policymakers, and technologists.
Resources
Stakeholders
Bristol Robotics Laboratory
University of Bristol
Hauert Lab
University of West of England
University of Lincoln
Lincoln Agri-Robotics
ETH Zurich
Environmental Robotics Laboratory
WSL
Background
We explore the intersection of robotics and sustainability, showcasing cutting-edge advancements and collaboratively developing action plans with environmental scientists to pave the way for eco-friendly robotic systems and ensure a resilient and sustainable future.
Resources
Stakeholders
Bristol Robotics Laboratory
University of Bristol
Cabot Institute for the Environment
University of West of England
University of Lincoln
Imperial College London
EMPA
Background
Bringing roboticists and climate scientists together to shape potential solutions against climate collapse