I am a result-oriented Graduate Research Assistant with a strong focus on semiconductor fabrication, MEMS device development, and advanced materials research. Through my work in both microelectronics fabrication and energy materials, I have refined my skills in process optimization, statistical process control (SPC), and material characterization. My goal is to drive innovation and efficiency in the semiconductor industry by applying my deep technical knowledge to real-world challenges.In my recent projects, I have worked on a range of advanced technologies, from bioimpedance measurement systems designed for medical applications to dexterous manipulation of robotic hand using a tactile sensor. Additionally, my experience in thin film deposition using E-Beam and sputtering has enabled me to achieve precision in terms of layer thickness and uniformity. I also specialize in optimizing mechanical systems and tactile sensing technologies for robotics, leveraging my experience in the Advanced Energy Materials and Nanomechanics Lab.