Martin-Julian Schulz

Papers

Total Citations

H-Index

About

Martin-Julian Schulz is a robotics researcher focused on advancing low-cost, sensor-rich manipulation for mobile robotic systems. His primary research areas include force sensing, tactile feedback, and affordable robotic gripper design. Schulz’s most cited work, “Force sensing, low-cost manipulator in mobile robotics” (2017), addresses a critical barrier in robotics: the high cost of force sensors. By systematically evaluating force measurement principles and reviewing existing sensor concepts, he laid the groundwork for developing cost-effective tactile feedback solutions that enable more dexterous and adaptive robotic grasping. This contribution is particularly valuable for mobile robots operating in unstructured environments where reliable manipulation is essential. With 9 citations, his work has informed subsequent efforts to democratize robotic sensing. Schulz’s research bridges the gap between high-performance manipulation and practical affordability, making him a notable contributor to accessible robotics technology. His ongoing work continues to explore how low-cost sensing can expand the capabilities of mobile manipulators in real-world applications.