Ishriak Ahmed
Papers
2
Total Citations
14
H-Index
2
About
Ishriak Ahmed investigates the intersection of bio-inspired robotics and insect flight biomechanics, with a focus on how chemical modulation affects aerial locomotion. His research leverages honey bees as model systems to understand in-flight interactions that could inform the design of computationally-constrained aerial robot swarms. Ahmed’s most-cited work, "Honey bee flights near hover under ethanol-exposure show changes in body and wing kinematics" (2022, 12 citations), demonstrates his ability to quantify how neuroactive substances alter wing and body kinematics during near-hover flight. A related study (2 citations) further explores these ethanol-induced kinematic changes, highlighting his use of advanced measurement techniques to capture precise, simultaneous data on insect wing motion. By linking chemical modulation to flight dynamics, Ahmed provides foundational insights for developing swarm robots that can adapt their interactions in real-time. His work bridges entomology and engineering, offering a novel pathway for creating more resilient, bio-inspired aerial systems. With these contributions, Ahmed is establishing himself as a rising voice in the field of biologically-inspired robotics and insect flight dynamics.
Research Focus
Key Achievements
Top Papers
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- 2