Bastiaan Brouwer

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About

Bastiaan Brouwer is pioneering the integration of robotics into the post-harvest supply chain, with a specific focus on quality-driven automation for soft fruits. His research addresses a critical bottleneck in agricultural robotics: the delicate handling of perishable goods. Brouwer’s major contribution lies in demonstrating that current benchmarking methods for robotic grippers are fundamentally insufficient, as they only measure immediate, visible damage. In his 2025 study, he reveals that subtle, latent effects of robotic handling—damage that appears later in the supply chain—are often overlooked, leading to significant post-harvest losses. His 2022 foundational paper (32 citations) explores how soft-robotics is enabling generalized gripping solutions, a key advancement for automating complex tasks in the fruit industry. By shifting the focus from immediate bruises to long-term quality degradation, Brouwer is redefining how we evaluate and design robotic systems for agriculture. His work has immediate implications for reducing food waste and improving supply chain efficiency, making him a leading voice in the emerging field of quality-driven agricultural robotics.