Sebastian Schröer

Sebastian Schröer is a researcher in the Autonomous Intelligent Systems group within the Department of Computer Science at Albert-Ludwigs-Universität Freiburg, Faculty of Engineering. He has been actively contributing to research since 2013, focusing on intelligent robotics and human-robot interaction.

Education:

• Diploma in Physics, University of Freiburg (2005–2013)
• PhD Student, Autonomous Intelligent Systems Group, University of Freiburg (2013–present)

His research centers on human-robot interaction and machine learning, with current involvement in the NeuroBots project, aiming to develop brain-controlled robotic devices. This work bridges neuroscience and robotics, leveraging real-time neural signal interpretation for adaptive robotic control. His earlier work in photovoltaics reflects a strong interdisciplinary background in applied physics and engineering.

The publication trends show a shift from materials and energy research (particularly solar cells) to intelligent systems and robotics. While his early articles focus on semiconductor device optimization and photovoltaic efficiency, his current trajectory aligns with autonomous systems and AI, indicating a pivot toward computational and cognitive robotics.

Scientific Awards:

Sebastian Schröer has contributed to research grants in photovoltaics during his time at the Fraunhofer Institute and is now involved in AI and robotics research under Prof. Wolfram Burgard. He has advised students indirectly through his role as a teaching assistant in Economical Mathematics. No formal advisees are listed. He was a teaching assistant for Economical Mathematics at the University of Freiburg from 2007 to 2011, supporting undergraduate instruction.

He is part of the Autonomous Intelligent Systems research group, which focuses on developing intelligent robots capable of perception, learning, and interaction in dynamic environments. The team emphasizes real-world applications in assistive technologies, autonomous navigation, and brain-machine interfaces.