My main research projects include:
· Laboratory study on charactering the chemical properties of nanoplastic particles: Designed and conducted the experiments with Aerosol Mass Spectrometer to detect the airborne PS NPPs. The concentration of ambient PS NPPs was quantified with Aerosol Mass Spectrometer coupled with Multi-linear Engine-2, and the human exposure was derived.
· Laboratory chamber study on organic sulfate and SOA formation: Designed and conducted the experiments in an environmental chamber with Aerosol Mass Spectrometer, mini-SPLAT (Single Particle Mass Spectrometer), Nanospray Desorption Electrospray Ionization Mass Spectrometer, and connect to their potential of acting as cloud condensation and ice nucleation nucleus with Cloud Condensation Nuclei Counter and Continuous Flow Diffusion Chamber measurements.
· Field study on urban aerosols and volatile organic compounds: Actively involved in the instrumentation maintenance, driving the mobile laboratory, developing the campaign strategy. Processed the data and collaborated with the group from University of British Columbia for the spatial distribution of cashmeran in Houston. Processed spatiotemporal pollutant data (Python/SQL), integrating results into large-scale chemical models.
I am proficient in operating and conducting daily maintenance of advanced mass spectrometry instruments such as HR-ToF-AMS and VIA-Vocus CIMS. Additionally, I have experience with data analysis techniques and software including Python, Matlab, Igor Pro, and machine learning, which allow me to interpret complex datasets effectively.
I anticipate graduating around spring 2026 and am seeking positions in industry, government, and national labs within the U.S., with no geographical preference. My goal is to apply my expertise in aerosol chemistry to address real-world environmental issues and contribute to advancements in improving air quality and public health.