Max Robotics — Global Service Robot Directory + US Certification

About

Yoeri van de Burgt is a leading figure in the emerging field of organic neuromorphic electronics, where he bridges the gap between soft robotics and biological learning. His research focuses on developing organic mixed conductors and bio-inspired circuits that can process sensory information and learn directly from their environment, much like living organisms. A major contribution is his work on organic neuromorphic circuits for sensorimotor integration, demonstrated in a 2021 paper (130 citations) where a robot learned to navigate a maze by merging sensory and motor processes locally. His 2023 paper on organic mixed conductors for bioinspired electronics (159 citations) further solidified his impact, showing how these materials can enable adaptive, energy-efficient computing. More recently, his 2024 work on multimodal learning (34 citations) explores how organic electronics can replicate behavioral conditioning, allowing robots to form associations from multiple sensory inputs. Van de Burgt’s research is not only highly cited but also practically oriented, as seen in his 2025 guide to manufacturing soft silicone (1 citation), which addresses common fabrication challenges in soft robotics. His work is pivotal for creating autonomous, learning robots that interact seamlessly with their environment.