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About

Mohammad Abd Alkhalik Basha is a pioneering researcher in the field of optical microelectromechanical systems (MEMS), with a core focus on the design, fabrication, and microassembly of 3D micromirrors for advanced optical switching and scanning applications. His major contributions center on developing scalable, digitally operated optical MEMS switches and scanners, where he introduced a novel architecture utilizing a microassembled rotating micromirror mounted on an optimized electrostatic micromotor. Basha’s work on robotic-based microassembly processes enabled the precise construction of complex 3D mirror structures, such as rotating inclined micromirrors and octagonal scanners, overcoming traditional fabrication limitations. His most cited paper, “A Scalable $1\times N$ Optical MEMS Switch Architecture Utilizing a Microassembled Rotating Micromirror” (2007, 14 citations), demonstrates a switch supporting a large number of output ports, while his 2006 paper on microassembly of 3D micromirrors (13 citations) established foundational techniques for building elements in optical MEMS switching. Notably, his 2012 design of a 3D rotating octagonal micromirror optical scanner advanced swept-source optical coherence tomography (SS-OCT) for medical imaging. With cumulative citations across his portfolio, Basha’s innovative integration of microassembly and MEMS design has significantly impacted optical communication and biomedical imaging technologies.