Current Research Topic and Achievements

My postdoctoral research focuses on improving system design for the electrochemical synthesis of H2O2 and its application in destroying 1,4-Dioxane in ground water. My Ph.D. research focused on developing novel electro-catalysts and electrode structures to address mass transfer, selectivity, and disinfection byproducts (DBPs) challenges during electrochemical oxidation of emerging contaminants (e.g., harmful algal blooms and PFAS). I have published six peer-reviewed articles (including three first-author papers) in Environmental Science & Technology and one was featured as the front cover and the “Editor’s Choice” of ES&T Engineering. The work of harmful algal blooms mitigation was featured on the local news and the student spotlight on International Filtration News (IFN).

Career Goal in 5-10 Years

In the next 5-10 years, I envision myself as a professional in environmental engineering, equipped with strong leadership and mentorship capabilities. I am preparing myself for both the academic and industry aspects of my career. Leveraging my expertise in analytical chemistry, I aim to make significant contributions to the field by identifying emerging contaminants in our water systems and addressing them proactively. Building upon the foundation of my Ph.D. research, I will persistently seek solutions enabling electrochemical methods to serve as a practical, robust, and cost-effective technology for water treatment. As an environmental engineer, I am dedicated to bridging the gap between bench-scale studies and real-world engineering applications. My goal is to ensure that cutting-edge technologies move beyond theoretical concepts and find effective implementation, making a lasting impact in environmental engineering.

Fun Fact

Throughout my five-year Ph.D. study, my daily routine began with turning on the speaker, energizing the lab with my favorite playlist, and setting a positive tone for the day's research.