Muhammad Saeed Khan

Papers

Total Citations

168

H-Index

About

Muhammad Saeed Khan is a prominent researcher specializing in antenna design, wireless communications, and electromagnetic engineering, with particular expertise in multiple-input multiple-output (MIMO) and ultra-wideband (UWB) antenna systems. His work has made significant contributions to the field of compact antenna design, addressing one of the most challenging problems in modern wireless systems: achieving high isolation between closely spaced antenna elements without sacrificing performance or compactness. Khan is perhaps best recognized for his pioneering development of floating parasitic decoupling structures — an innovative technique that enhances isolation in MIMO antenna arrays while maintaining minimal physical footprint. His 2014 paper introducing a compact UWB diversity antenna with a digitated decoupling structure garnered 94 citations, representing a breakthrough in UWB MIMO design that had no precedent at the time. Building on this foundation, his 2015 work on wideband MIMO isolation enhancement using floating parasitic elements accumulated 74 citations, further cementing his reputation in this niche but critically important domain. With a growing citation record and consistently influential publications, Khan's research directly informs the design of next-generation wireless devices, where miniaturization and spectral efficiency are paramount concerns for engineers worldwide.