(Prof. John Rasmussen, 24. September, 2026 )
Discover how topology optimization can transform exoskeleton design from intuition-driven engineering into a systematic, data-powered process. This webinar explores how biomechanical energy patterns during walking can guide the placement and tuning of spring-like assistive elements, helping reduce effort across the gait cycle. You’ll see how thousands of possible design options are optimized, simplified, and compared, moving from complex theoretical solutions to practical exoskeleton concepts. Ideal for engineers, biomechanics researchers, and assistive technology innovators, this session offers a compelling look at how computational design can shape the next generation of wearable mobility support.
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