➤ Ph.D. in Chemical Engineering with a focus on Electrokinetics and Microfluidics, demonstrating advanced research capabilities in point-of-care diagnostics.➤ Extensive experience in experimental techniques such as Single Cell Western Blot, Droplet Microfluidics, Paper Microfluidics, and Micro-scale Electrokinetics, contributing to innovative diagnostic solutions.➤ Proficient in Finite Element Analysis, adept at solving complex problems involving molecular diffusion, reaction kinetics, and fluid-structure interactions.➤ Successful track record of collaborative projects funded by prestigious institutions like Chan Zuckerberg Initiative, NIH, NSF, and NASA.➤ Proven expertise in developing MATLAB-based transport models for real-time monitoring and predictive analysis in microfluidic systems.➤ Entrepreneurial experience as the lead in NSF I-Corps, conducting market research and customer interviews for microfluidics applications.➤ Holder of multiple patents related to low-cost diagnostic techniques and microfluidic applications, showcasing innovative thinking and problem-solving skills.➤ Recognition for academic excellence through awards like the American Electrophoresis Society Blue Fingers Award and Jim and Cathy Holste Graduate Fellowship.➤ Active contributor to scientific journals and conferences.