I work in the field of MEMS and NEMS, focusing on advanced sensors, actuators, and microsystem technologies. My research includes developing MEMS gas sensors for detecting ethanol, hydrogen, methane, and other important gases, along with pressure sensors designed for hydrogen storage and gas‑tank leakage monitoring. I also work on carbon‑capture technologies, creating microfluidic platforms that enhance CO₂ absorption and integrate MEMS sensors for high‑resolution CO₂ monitoring. My work in MEMS actuators includes switches, micro‑grippers, and magnetic sensors and actuators for precision control and micro‑manipulation. In nanosystems, I develop models that capture surface‑energy effects and analyze how carbon‑nanotube curvature influences mechanical response. Additionally, I design novel systems for energy harvesting to support autonomous sensors. Across these areas, my work combines modeling, fabrication, and experimental validation to advance smart, efficient, and reliable microsystem technologies.