Associate Professor in Applied Mathematics
Ph.D., Arizona State University, USA, 2008
Dynamical Systems with applications in life and social sciences comprise the principal areas of study.
Research focuses include both modeling and theoretical components.
The theoretical component involves the study of ecological and evolutionary dynamics pertaining to complex, adaptive systems.
This research is often of keen interest to biologists, ecologists, epidemiologists and social scientists.
The modeling component explores various modeling techniques, related to experiments and / or key hypotheses,
designed to gain a better understanding both quantitatively and qualitatively of biological and social behaviors, structures and processes.
Dr. Kang has been nominated for the ASU Faculty Women's Association Outstanding Faculty Mentor Award.
The Award Reception is scheduled on Thursday, April 20th, 2017.
National Science Foundation grant DMS 1716802:
Mathematical Modeling of Honeybee Populations in Heterogenous Environments: Linking Disease, Parasite, Nutrition, and Behavior,
The James S. McDonnell Foundation 21st Century Science Initiative in Studying Complex Systems Scholar Award: Complex Adaptive Systems of Social Insect Colonies: Emergence of Scaling, Social
Dynamics, and Evolution Cooperation, 10/01/2016-09/30/2020. $450,000
National Science Foundation grant IOS/DMS 1558127:
Group Size, Scaling of Work, and Metabolism in Ant Colonies,
07/15/2016-06/30/2019. $500,000 (Co-PI with PI-Jennifer Fewell)
National Science Foundation grant DMS 1313312:
Multiscale Modeling of Division of Labor in Social Insects,
National Science Foundation grant EHR-DUE 1504986:
Identifying and Addressing Mathematical Difficulties in Introductory Physics Courses,
09/01/2015-08/31/2017. $250,000.00 (Co-PI with PI-David Meltzer).
ASU Foundation (ASUF 30006275): ASU-Sloan Program for Exceptional Mentoring (PEM),
07/01/2014-06/20/2017. $60,000.00 (Co-PI with PI-Carlos Castillo-Chavez).
Research Council of Norway:
Launching the first vaccination programs for a beneficial, pollinating insect, 01/01/2017-01/01/2021. NOK 10348,000
(As a Research Partner on the aim regarding Mathematical Modeling of Honeybee Vaccine Programs with PI-Gro Adam).
National Science Foundation grant DUE 1256333 (WIDER-EAGER):
Recognizing, Assessing, and Enhancing Evidence-Based
Instructional Practices in STEM at Arizona State University,
Polytechnic, 09/15/2012-08/31/2016. $298,352.00 (Co-PI with
Collaboration Grants for Mathematician, $21,000, 2011-2014 from
Simons Foundation. This award is based on the quality of the
applicant's previous research and the likely impact that a grant
for collaboration and travel would have on future research, both
for the applicant and the applicant's students and/or postdocs.
here for more information on this award.