Gabriella Pinter

  • Professor, Mathematical Sciences

Education

  • PhD, Texas Tech University, 1997
  • MS, Mathematics, University of Texas at Dallas, 1994
  • MA, Mathematics and English, JATE, University of Szeged, Hungary, 1990

Teaching Schedule

Course Num Title Meets
MATH 305-001 Introduction to Mathematical and Computational Modeling MW 1pm-2:15pm
MATH 305G-001 Introduction to Mathematical and Computational Modeling MW 1pm-2:15pm
MATH 819-001 Partial Differential Equations MW 10am-11:15am
MATH 891-001 Master's Seminar No Meeting Pattern

Teaching Interests

  • Teaching undergraduate and graduate classes in problem solving, mathematical modeling, differential equations and analysis.
  • Math Circle - weekly meetings and problem solving activities for middle and high school students, September 2011-present.
  • Mentoring undergraduate research - contributed to research and conference proceedings papers and numerous talks and poster presentations at national, regional and local conferences and symposia by undergraduate students.
  • Problem editor - Wisconsin Section High School Math Contest, September 2013-present.

Research Interests

  • NSF-NIEHS Linking Limnology to Cyanotoxins in Drinking Water Using Buoy Sensors and Auto-Sampling, September 2012 - August 2017; (co-PI)
  • NSF UBM-Institutional: Integrated Undergraduate Research Experiences in Biological and Mathematical Sciences at the University of Wisconsin; October 2011- September 2016. (PI)
  • UWM Research Growth Initiative - Establishing a modeling framework for the investigation of nano-scale drivers of biogeochemical cycling in freshwater ecosystems, June 2012 - August 2013. (PI)
  • NSF UBM-Group: Integrated Undergraduate Research Experiences in Aquatic Biology and Mathematics at UWM; October 2008- September 2012. (co-PI)

Selected Publications

Bechette, Audrey, Stojsavljevic, Thomas, Tessmer, Maxx, Berges, John A., Pinter, Gabriella A., and Young, Erica B.“Mathematical Modeling of Bacteria-Virus Interactions in Lake Michigan Incorporating Phosphorus Content” Journal of Great Lakes Research, Elsevier39.4 (2013).

UWM Land Acknowledgement: We acknowledge in Milwaukee that we are on traditional Potawatomi, Ho-Chunk and Menominee homeland along the southwest shores of Michigami, North America’s largest system of freshwater lakes, where the Milwaukee, Menominee and Kinnickinnic rivers meet and the people of Wisconsin’s sovereign Anishinaabe, Ho-Chunk, Menominee, Oneida and Mohican nations remain present.   |   To learn more, visit the Electa Quinney Institute website.