Next-Generation Robotics for a Sustainable Future
Join us in advancing sustainability through robotics and Physical AI.
Prof. Dr. Mirko Kovač
Prof. Dr. Mirko Kovač leads the Competence Centre for Sustainability Robotics, bringing extensive expertise in fundamental science with focus on multi-modal robotic systems, strong engagement in startup mentoring and industry consultancy, as well as a proven track record in establishing and leading research centres.
As Head of the Laboratory of Sustainability Robotics (LSR), operating across the Swiss Federal Laboratories for Materials Science and Technology (Empa) in Zürich and the Swiss Federal Institute of Technology in Lausanne (EPFL), he advances research on cutting-edge robotic and AI technologies capable of sensing, assessing, and improving both natural and built environments.
His pioneering work underpins the Centre’s mission to develop science-based robotic solutions for ecological monitoring, climate resilience, and sustainable infrastructure.
Our Mission
Our mission is to advance Sustainability Robotics as a scientific and innovation field, anchored through a dedicated academic program and a global collaboration platform.
By integrating advanced robotics, Physical AI, materials science, and sustainable design principles, we develop intelligent systems that enhance ecological preservation, strengthen climate resilience, and extend the lifetime of critical infrastructure.
In close partnership with industry and public stakeholders, we translate scientific breakthroughs into deployable solutions that deliver measurable environmental and economic impact.
Who are we?
The Competence Centre for Sustainability Robotics (CCSR) is the institutional platform that enables this mission. Incubated at the Laboratory of Sustainability Robotics (LSR) at Empa and supported by the Canton of Schaffhausen, the Centre builds on established scientific excellence and applied research leadership.
CCSR brings together academia, industry, and government to scale Sustainability Robotics through long-term partnerships, dedicated programs, and purpose-built infrastructure. By combining academic excellence with real-world testbeds and regional development engagement, we create an integrated ecosystem that turns research into implementation, while positioning Schaffhausen and Switzerland as a global leader for robotics innovation.
