Maliha Kabir

Papers

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About

Maliha Kabir is a rising researcher at the forefront of bio-inspired robotics and intelligent hardware systems. Her work masterfully bridges the gap between nature’s ingenuity and cutting-edge engineering, focusing on creating agile, versatile robots for real-world applications. Her most cited paper, "Hop-Bot: A Bio-inspired approach to Locomotion and Stability in Modular Robotics" (2024, 5 citations), introduces a novel hopping robot that emulates the efficient locomotion of jumping animals, aiming to achieve agile movement for surveillance tasks. This work showcases her talent for translating biological principles into robust mechanical designs. Kabir further demonstrates her technical breadth in "FPGA-based Intruder Detection Systems for Aerial Robots" (2024, 2 citations), where she leverages the high processing speeds and flexibility of FPGAs over traditional microcontrollers to enhance security systems. Complementing these efforts, her research on "Design and Fabrication of Sensorized Soft Effectors for Modular Soft Robots" (2023, 2 citations) tackles the core challenge of biomimicry: developing sustainable, adaptable interfaces between machines and their environments. Through this diverse portfolio, Maliha Kabir is establishing herself as a key contributor to the next generation of intelligent, nature-inspired robotics.