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About

The University of Siegen has established itself as a dynamic and multidisciplinary research institution with notable strengths spanning robotics, human-robot interaction, computer vision, autonomous systems, and medical technology. Drawing on a broad portfolio of published work, Siegen's researchers consistently bridge theoretical innovation with real-world application, making it an attractive destination for prospective students and collaborators alike. Among the institution's most recognized contributions is its pioneering work in 3D sensing and reconstruction, including optical techniques for computer-assisted laparoscopic surgery and the fusion of stereo-camera and PMD-camera data for mobile robot navigation — work that continues to shape modern surgical and autonomous systems. Equally prominent is Siegen's sustained focus on autonomous vehicles, demonstrated through highly cited path planning algorithms tailored for real-world applications such as valet parking. A particularly distinctive hallmark of Siegen's research identity is its deep engagement with social robotics and human-robot interaction, especially in care and aging contexts. Longitudinal field studies conducted in care homes — some spanning three months or more — have generated influential insights into how robots integrate into professional care environments, considering both elderly residents and care workers. The institution has also pushed conceptual boundaries through thought-provoking work on robot design philosophy, anthropomorphism, the uncanny valley, and even robots in religious settings. Beyond interaction, Siegen researchers have made meaningful strides in soft robotics, additive manufacturing for large-scale construction, adaptive control of mobile robots, and search-and-rescue systems. Their work on robotic process automation further reflects engagement with emerging industrial applications. With collectively thousands of citations across these domains, the University of Siegen represents a vibrant, human-centered, and technically rigorous research community ready to collaborate on the next generation of intelligent systems.