Daniyal Haider Sangi
Papers
1
Total Citations
65
H-Index
1
About
Daniyal Haider Sangi is a pioneering researcher in bio-inspired robotics and microactuation, with a focus on harnessing biological systems for engineering applications. His most cited work, "A Biological Micro Actuator: Graded and Closed-Loop Control of Insect Leg Motion by Electrical Stimulation of Muscles" (2014, 65 citations), demonstrates groundbreaking control of a beetle's leg muscles to achieve precise, graded motion with three degrees of freedom. This study introduced a novel closed-loop system for stimulating antagonistic muscle pairs, effectively turning a living insect leg into a controllable microactuator—a significant leap for microrobotics and biomedical device design. Sangi’s contributions bridge neurobiology and mechanical engineering, offering scalable solutions for micro-scale manipulation. His work has been widely cited for its innovative approach to integrating biological tissues with electronic control, inspiring further research in cyborg insects and hybrid robotics. Sangi’s achievements highlight his role at the forefront of biohybrid systems, where he continues to push boundaries in creating responsive, biologically integrated machines.
Research Focus
Key Achievements
Top Papers
- 1