Meredith Greer works at Bates College. She has served as chair of the Mathematics Department, of the Natural Sciences and Mathematics Division, and of the Digital and Computational Studies Program (though not all at the same time!). She earned her BA degree in mathematics from the University of Delaware and her MS and PhD degrees in mathematics from Vanderbilt University, with a PhD thesis focusing on prion proliferation. Since then, her projects have included the spread of H1N1 influenza and mumps on college campuses; conspiracy theory modeling; oscillation in historical smallpox data; effects of Gloeotrichia echinulata on lake eutrophication; dynamics of softball pitching; collaborations between mathematics and other courses (including rhetoric and biology) for student engagement and new understandings; a course on precalculus-level mathematics topics motivated by scientific applications; and development of mathematical epidemiology teaching materials for undergraduates.

Alex received his B.S./B.A. in mathematics and chemistry from Ferris State University and his Master of Operations Research and Ph.D in Applied Mathematics from North Carolina State University.  His research interests focus on theoretical ecology and evolution, particularly dealing with conservation, extinction, and historical biology.

Anne received a BS in Mathematics from Bridgewater College in Virginia and a PhD in Mathematical Sciences from Carnegie Mellon University. She is currently a lecturer in the Mathematics Department at the University of Pittsburgh. In the 10+ years Anne has dedicated to undergraduate education, she has worked with numerous undergraduates on biomathematics research projects -- often incorporating virtual collaboration between students and faculty from institutions in different parts of the US. Recently, Anne has focused on involving first-year students in research in and outside of the classroom with agent-based modeling. She has also dedicated time to integrating mathematical and computational modules into biology courses and biological modules into mathematics and statistics courses. 

Frank received his B.A. in mathematics and physics from Linfield College and his Ph.D from the University of Utah. His research interests include mathematical modeling of biological processes. He is particularly interested in biological gels, biochemical physiology, perturbation theory, and asymptotic analysis.

Tim graduated with a Sc.B with Honors in Mathematics from Brown University and his Ph.D in Mathematics from the University of Michigan.He is committed to introducing and training undergraduate students in the biological sciences with appropriate and relevant mathematical and computuational skills so that they can succeed in future endeavors in modern, quantitative biological research. His research interests include hyperbolic manifolds, Kleinian groups, and topology.