
A six-pad contact sensor made from liquid-metal (eGaIn) elastomer foam and built into a soft robotic gripper finger, so the gripper can sense where and how hard it touches. The thesis documents the full fabrication route and takes the material from the lab bench into a working robotic sensor for the first time.


A framework for evaluating robot grasps that links theory to practice.
Ganganath J. A. Gajitha NanayakkaraLab Project (B.Sc.) · 2025
Design and development of an agile linear-actuator system for faster FDM 3D printing, demonstrated on a gantry that tracks printing paths.
Jacob Christian CharLab Project (B.Sc.) · 2025
Monolithic soft robotic grippers 3D-printed in 60A and 70A TPU, among the most flexible commercially available filaments, with no silicone casting.
Zeinelabden Yousef Khalid MeitaniLab Project (B.Sc.) · 2025