Papers
10
Total Citations
201
H-Index
9
About
Sebastian Neubert is a multidisciplinary researcher whose work spans two compelling domains: assistive robotics for mobility-impaired individuals and intelligent automation systems for life science environments. Early in his career, Neubert made meaningful contributions to accessible technology, developing innovative wheelchair control systems that leverage voice recognition, head orientation tracking via MEMS sensors, and multi-sensor fusion to restore autonomy to patients with quadriplegia and severe physical disabilities. These works, collectively accumulating over 85 citations, demonstrated his commitment to human-centered engineering solutions. Neubert's research trajectory later expanded into laboratory automation and environmental safety, where he has become a recognized contributor to IoT-based indoor air quality monitoring. His investigations into metal oxide gas sensors, IAQ indices, and TVOC-based detection systems—garnering over 84 citations combined—address critical safety challenges in automated laboratories increasingly populated by mobile and stationary robots. His work on workflow management and intelligent scheduling for life science automation reflects a systems-level thinking that bridges robotics, sensor technology, and process optimization. Across both research threads, Neubert consistently prioritizes real-world applicability, designing solutions that protect human workers while advancing the frontiers of laboratory and rehabilitation robotics.
Research Focus
Key Achievements
Top Papers
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- 9Intelligent scheduling method for life science automation systems12 citations · 2016
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