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Mechatronics Robotics Engineering

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Mechatronics Robotics Engineering

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Research Frontiers in Robotic Surgical Automation and Precision

Development of teleoperated and autonomous surgical systems with haptic feedback, tremor filtering, and sub-millimeter positioning accuracy.

Haptic Feedback Integration in Teleoperated Surgical Microsystems
Real-time Tissue Elasticity Sensing During Minimally Invasive Procedures
Autonomous Suturing and Knot-tying in Dynamic Tissue Environments
Machine Learning-guided Tool Path Optimization for Precision Ablation
Magnetic Navigation and Soft Actuator Control in Confined Anatomies
Tremor Filtering and Motion Scaling in Human-Machine Surgical Interface
Vision-based Organ Deformation Compensation in Real-time Guidance
Compliant Manipulators for Damage-aware Tissue Interaction
Distributed Sensor Fusion for Intraoperative Situational Awareness
Morphological Adaptation in Multi-modal Surgical End-effector Design

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