
“Education without values, as useful as it is, seems rather to make man a more clever devil.” ― C.S. Lewis
Flexible Multi-Link Robotic Systems
Researching Robotics for Real-World Challenges.
One of the PI’s research focuses is flexible and underwater robotics, particularly the modelling, dynamics, and control of multi-link robots with long, lightweight links. The research examines how flexibility affects vibration, deformation, and overall robotic motion, using single-, two-, and three-link systems as representative configurations. It also involves the development and experimental testing of control methods to reduce vibration and improve motion accuracy.
Another important direction is image-based object detection and path planning for robotic operation in both open-air and underwater environments. The overall goal is to develop practical and intelligent robotic systems for autonomous navigation and precision applications in aerospace, defence, and industry.
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