Bart van Tuijl

Papers

Total Citations

500

H-Index

About

Bart van Tuijl is a leading figure in agricultural robotics, specializing in the development of autonomous systems for complex horticultural tasks. His primary research focuses on integrating advanced perception, manipulation, and end-effector design to solve the challenges of harvesting and pruning in unstructured environments. Van Tuijl’s most impactful contribution is the SWEEPER robot, detailed in his highly cited 2020 paper (432 citations), which represents a landmark achievement in robotic harvesting of sweet peppers in greenhouses. This work demonstrated a complete system integrating a six-degree-of-freedom arm, a custom end-effector, and an RGB-D camera, tackling the difficult problem of detecting and grasping fruit in dense foliage. Beyond harvesting, he has advanced the field through foundational work on "graspability maps" for gripper design (51 citations) and pioneering the first robotic system for pruning rose bushes in natural settings using real-time stereo visual servoing (17 citations). His research is instrumental in moving agricultural robotics from controlled labs into practical, real-world applications, directly addressing labor shortages and efficiency in modern farming.