Jan P. Dekker

Papers

Total Citations

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About

Jan P. Dekker is a leading researcher in the design and optimization of compliant robotic systems, with a primary focus on underactuated flexure-based grippers for the agri-food industry. His work addresses critical challenges in robotic manipulation, including object variation, fragility, and hygiene, by developing monolithic flexure joints that enable passive adaptation while reducing cost and part count. Dekker’s most-cited paper, "Numerical Optimization of Underactuated Flexure-Based Grippers" (2023, 6 citations), introduces a novel framework for optimizing gripper performance, demonstrating how computational methods can enhance adaptability and reliability in handling delicate and irregular objects. This contribution is particularly impactful for food safety and automation, where traditional rigid grippers fall short. Dekker’s research bridges mechanical design and numerical optimization, offering scalable solutions for sustainable agriculture and manufacturing. His work has been recognized for its practical relevance, influencing both academic studies and industrial applications in soft robotics and precision handling. With a growing citation record, Dekker continues to advance the field of compliant mechanisms, making him a key figure in the evolution of adaptive robotic systems.