Ying Li
Department of Mechanical Engineering
Proposal
Ying Li, Ph.D., is a Professor and Pioneer Natural Resources Faculty Fellow in the J. Mike Walker ’66 Department of Mechanical Engineering at Texas A&M University. His research interests include wastewater treatment through photochemical and electrochemical processes, advanced membrane materials, and solar desalination for clean water production. He is particularly interested in utilizing renewable energy such as solar to enable wastewater treatment and desalination and providing a low-carbon water solution.
Ying Li, Ph.D., is a Professor and Pioneer Natural Resources Faculty Fellow in the J. Mike Walker ’66 Department of Mechanical Engineering at Texas A&M University. His research interests include wastewater treatment through photochemical and electrochemical processes, advanced membrane materials, and solar desalination for clean water production. He is particularly interested in utilizing renewable energy such as solar to enable wastewater treatment and desalination and providing a low-carbon water solution.
Pao-Tai Lin
Department of Electrical and Computer Engineering
Proposal
Pao-Tai Lin’s, Ph.D., broad research interests include integrated photonic circuits, biochemical sensors-on-a-chip, multi-scale device fabrication, and machine learning. He has developed mid-infrared integrated photonic for chip-scale and label-free sensing that will enable detection of various biomolecules, chemicals, and pollutants. His research focuses on developing optoelectronics and multifunctional materials that will lead to miniaturized sensors for in-situ and remote water quality monitoring.
Pao-Tai Lin’s, Ph.D., broad research interests include integrated photonic circuits, biochemical sensors-on-a-chip, multi-scale device fabrication, and machine learning. He has developed mid-infrared integrated photonic for chip-scale and label-free sensing that will enable detection of various biomolecules, chemicals, and pollutants. His research focuses on developing optoelectronics and multifunctional materials that will lead to miniaturized sensors for in-situ and remote water quality monitoring.
