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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.

Learn how MotorXP-AFM combines fast quasi-3D finite-element analysis, multi-objective optimization, MATLAB automation, and AI-assisted script development. A practical axial flux machine example will demonstrate the workflow from simulation and design-space exploration to detailed DC and AC winding-loss analysis.

Since its launch in 2023, WiredWhite has evolved into a growing ecosystem connecting engineering professionals, students, freelancers, and companies. In this webinar, we’ll look back at the key developments from 2023 to 2026, give you an inside look at what we’re building next, and discuss the trends shaping the future of engineering work.

In this session, our speaker Tatiana Weiss will explore how companies—especially SMEs—can address the growing engineering skills gap through modern, platform-based collaboration models.

Learn the fundamentals of on-board charger (OBC) design for electric vehicles, explore how passive components influence efficiency, EMI, safety, and system performance, and see these concepts brought to life in a live LTspice simulation.

Learn about electrical design considerations applied to a general use industrial control panel schematic set.

This webinar introduces ParaView for Python scripting for automating repetitive tasks and enabling batch post-processing workflows.

Learn about nanofluids and their unique thermal properties, explore their diverse application areas, and discover the computational methods used for their analysis. This webinar will feature two practical demonstrations in ANSYS Fluent covering both single-phase and two-phase nanofluid flow.

This webinar introduces ParaView for CFD and FEA post-processing, covering the GUI, simulation data types, essential filters, practical visualization and analysis workflows, and basic Python scripting for automation.