RoboWork
Authors: Vedant Dave (TU Leoben) , Elmar Rueckert (TU Leoben) , Thomas Thurner (Technical University of Leoben) , Siegfried Altmann (Rosendahl Nextrom) , Yassine Elmanyari (Rosendahl Nextrom)
Recent progress in machine learning, sensing, embedded computing, and humanoid robotics is enabling a new generation of robotic systems with the potential to operate in complex, human-centered industrial environments. Humanoid robots are increasingly expected to influence future manufacturing, logistics, and even everyday private life, making early engagement with this technology essential for maintaining industrial competitiveness. The RoboWork Workshop provides an interdisciplinary forum for examining these challenges in the context of industrial humanoid robotics. It brings together researchers, developers, and industrial stakeholders from artificial intelligence, robotics, computer vision, simulation, digital twins, industrial automation, and system integration. The workshop aims to assess the current state of humanoid robot advances, exchange practical deployment experiences, and identify technical and organizational requirements for reliable, scalable, and economically sustainable integration into industrial value chains.
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How to Cite: Dave, V. , Rueckert, E. , Thurner, T. , Altmann, S. & Elmanyari, Y. (2026) “Proceedings of the Robowork Workshop at AIROV 2026”, Proceedings of the Austrian Symposium on AI, Robotics, and Vision. 3(1).