Numair Ahmed

Papers

Total Citations

457

H-Index

About

Numair Ahmed is a leading researcher in the fields of soft materials, microtransfer printing, and reversible adhesion. His most influential work, the 2010 paper "Microstructured elastomeric surfaces with reversible adhesion and examples of their use in deterministic assembly by transfer printing," has garnered over 435 citations, establishing a foundational framework for pressure-modulated adhesion. This research has profound implications for technologies ranging from climbing robots and medical tapes to advanced manufacturing stamps. Ahmed's contributions extend to the development of active polymeric composite membranes, as detailed in his 2015 paper, which introduces localized actuation and sensing capabilities for microtransfer printing—a critical advancement for microfluidic systems and soft robotics. By integrating active materials into elastomeric structures, he has enabled precise control over adhesion and deformation, pushing the boundaries of deterministic assembly. His work bridges fundamental materials science with practical engineering applications, making him a key figure in the evolution of soft, responsive systems. Ahmed’s research continues to inspire innovations in adaptive surfaces and microassembly technologies.