Umair Khalique
Papers
1
Total Citations
22
H-Index
1
About
Umair Khalique is a rising researcher at the intersection of mechanical design and rehabilitation robotics, with a core focus on developing next-generation assistive devices. His most-cited work, "Fusing Topology Optimization and Pseudo-Rigid-Body Method For the Development of a Finger Exoskeleton" (2021, 22 citations), addresses a critical gap in stroke rehabilitation: the need for hand exoskeletons that are both lightweight and accurately model complex hand motion. Khalique’s major contribution lies in his innovative fusion of topology optimization—a computational method for creating minimal-weight structures—with the pseudo-rigid-body method, which simplifies the modeling of large, compliant deflections. This approach enables the design of exoskeletons that are user-friendly, structurally efficient, and capable of precise motion replication, overcoming the inadequacies of current bulky and inaccurate devices. While his citation count reflects the early stage of his career, the impact of his work is significant, offering a scalable pathway for affordable, high-performance rehabilitation tools. Khalique’s research stands out for its practical engineering rigor, promising to enhance the quality of life for stroke survivors and individuals with hand disabilities.
Research Focus
Key Achievements
Top Papers
- 1