Jiping Wu

Papers

Total Citations

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About

Dr. Jiping Wu is pioneering the intersection of origami engineering and surgical robotics, with a focused expertise in haptic feedback systems for minimally invasive procedures. Their most-cited work, "Design of an Origami-Inspired Haptic Interface for Catheter Interventional Surgery" (2024), introduces a novel, lightweight mechanism that leverages foldable structures to provide surgeons with real-time force feedback during catheter interventions. This breakthrough addresses a critical limitation of conventional motor-based haptic interfaces—their bulk and complexity—by offering a compact, compliant alternative that enhances tool–tissue interaction sensitivity. Though early in its citation trajectory (3 citations), the paper signals a transformative approach to teleoperated surgery, promising to improve procedural safety and precision. Dr. Wu’s contributions are particularly impactful for interventional radiology and cardiology, where tactile feedback is essential for navigating delicate vascular structures. By merging principles of mechanical design with clinical needs, they are advancing a new class of surgical tools that are both intuitive and adaptive. This work positions Dr. Wu as an emerging leader in origami-inspired medical devices, with potential to reshape how surgeons train and perform complex catheter-based operations.