Dr. Liliana García-Sánchez
About me
She holds a degree in Chemical Engineering from UAEM (Morelos) and a master's degree and doctorate in Environmental Engineering from UNAM.
She is a professor and tutor in the Postgraduate Program at the Mexican Institute of Water Technology (IMTA). She has authored or co-authored 19 articles in indexed journals, 22 conference papers, two books, and one book chapter. She has supervised five master's theses and 28 undergraduate theses. She is a co-inventor on four patents.
She is a National Researcher Level I of the SNII. She works as a Water Technologist at IMTA, where she carries out technical, research, and supervisory projects, as well as assessments and technical training related to wastewater treatment.
She is a Chemical Engineer, graduated from the Autonomous University of the State of Morelos (2004), and completed her Master's (2007) and Doctorate (2015) in Engineering (Environmental) at the National Autonomous University of Mexico (UNAM) Morelos Campus. She undertook a postdoctoral research stay (2016) at the Polytechnic University of the State of Morelos (UPEMOR).
She is a tutor professor for the Master's Program in Water Science and Technology and the Doctorate in Water Security at IMTA. She has authored or co-authored 20 articles in indexed journals, 25 conference proceedings papers, two books, and one book chapter. She has supervised or co-supervised five master's theses and 38 undergraduate theses. She is co-inventor of five patents: three granted and two applied for in substantive examination, whose holder is the IMTA.
She is currently a Level I National Researcher in the National System of Researchers. She holds the position of Senior Water Technologist B at the Mexican Institute of Water Technology (IMTA), where she develops projects—including research, supervisory, executive, training, needs assessment, and technical initiatives—focused on ecotechnologies for water supply and sanitation in rural and highly vulnerable areas, as well as wastewater treatment systems utilizing both conventional and non-conventional biological processes.