I am a MEMS researcher with interdisciplinary expertise in micro/nanoscale device design, fabrication, and system integration, with a focus on gas sensing and energy harvesting technologies. My research interests encompass chemoresistive sensors, low-frequency cantilever and acoustic resonators (SMRs, FBARs), CMOS-compatible sensor platforms, micro- gas chromatography columns, e-nose systems, polymers and nanomaterials for chemical sensing. Additionally, I have experience in the design and fabrication of piezoelectric nanogenerators aimed at powering sensor systems, contributing to the development of fully integrated self-powered sensing solutions. I bring extensive experience in international research collaborations, competitively funded projects, and peer-reviewed publications. I am currently seeking a tenure-track Assistant Professor position in Electrical or Electronic Engineering, with a focus on microsystems and sensor technologies.