Fault-Tolerant Actuator Design for Humanoid Robots

What You Will Learn:

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Humanoid robots must operate safely and reliably even when individual components or actuators fail. In this webinar, you will explore how fault-tolerant actuator architectures can improve system reliability, availability, and robustness in humanoid robotic applications—from topology selection to the overall design process.

During the webinar we will cover:

• Importance of fault-tolerant systems for humanoid robots
• Differences between fault-tolerant humanoid robots and conventional robotic systems
• Fault-tolerant topologies applicable to humanoid robotic systems
• Fault-tolerant design process for humanoid robotic systems

This webinar is aimed at robotics engineers, control engineers, system architects, R&D professionals, and technical decision-makers working on humanoid robots, robotic actuators, motion systems, and safety-critical applications. It is also relevant for engineers and researchers interested in fault-tolerant design approaches for advanced robotic systems.

You will be able to rise all your questions to our speakers in a Q&A session at the end!