Max Robotics — Global Service Robot Directory + US Certification

About

Klaus Schneider is a leading researcher in the control of large-scale robotic and crane systems, with a particular focus on advanced feedforward and feedback control strategies. His work centers on the development of model-predictive reference trajectory planning and flatness-based control to solve complex oscillation and positioning problems in industrial cranes. Schneider’s major contributions include pioneering a two-degree-of-freedom (2DOF) control framework for rotary cranes, which integrates constrained real-time trajectory planning to achieve precise tracking performance. He also made significant advances in controlling crane rotators—nonlinear robotic systems used in harbor container handling—by combining observer design with feedforward control and model-predictive planning. Beyond motion control, Schneider has contributed to formal verification of safety behaviors in outdoor mobile robots, such as the RAVON platform, ensuring that behavior-based control networks meet critical safety properties. His most cited works, including papers on constrained trajectory planning (18 citations) and formal verification of outdoor robots (15 citations), have influenced both academic research and practical automation in logistics and robotics. Schneider’s work is essential reading for engineers and researchers interested in nonlinear control, robotics, and safety-critical autonomous systems.