Dr. Le Thi-Cuc is an Assistant Professor in the Department of Marine Environmental Engineering at the National Kaohsiung University of Science and Technology (NKUST), Taiwan. She received her Ph.D. in Environmental Engineering from National Yang Ming Chiao Tung University (NYCU), Taiwan.
Her research focuses on aerosol measurement technologies, ultrafine particle characterization, air pollution monitoring, exposure assessment, and particle control technologies. Her recent work includes the development and field application of non-bouncing impactors, PM0.1 samplers, real-time ultrafine particle sizing systems, and monitoring technologies for environmental and industrial aerosols.
She has published research on aerosol instrumentation, particulate matter characterization, nanoparticle exposure assessment, industrial emission monitoring, and air pollution control. Her research has involved collaborations with academic institutions and major industrial partners and supports environmental risk assessment, air quality management, and the development of effective control strategies toward near-zero emissions. She is a member of the Taiwan Association for Aerosol Research and the PM2.5 Control Association, and has received several academic paper, engineering paper, and poster awards for her contributions to aerosol science and environmental engineering.
Dr. Le Thi-Cuc is an Assistant Professor in the Department of Marine Environmental Engineering at the National Kaohsiung University of Science and Technology (NKUST), Taiwan. She received her Ph.D. in Environmental Engineering from National Yang Ming Chiao Tung University (NYCU), Taiwan.
Her research focuses on aerosol measurement technologies, ultrafine particle characterization, air pollution monitoring, exposure assessment, and particle control technologies. Her recent work includes the development and field application of non-bouncing impactors, PM0.1 samplers, real-time ultrafine particle sizing systems, and monitoring technologies for environmental and industrial aerosols.
She has published research on aerosol instrumentation, particulate matter characterization, nanoparticle exposure assessment, industrial emission monitoring, and air pollution control. Her research has involved collaborations with academic institutions and major industrial partners and supports environmental risk assessment, air quality management, and the development of effective control strategies toward near-zero emissions. She is a member of the Taiwan Association for Aerosol Research and the PM2.5 Control Association, and has received several academic paper, engineering paper, and poster awards for her contributions to aerosol science and environmental engineering.