| Dr. Manuchehr Aminian |
Applied Mathematics, Statistics |
Time series; Omics data; Mathematical data science; Mixing in fluids; Data science for social justice |
| Dr. Stacy Brown |
Mathematics Education |
Learning and learning environments in advanced undergraduate mathematics, with a focus on students' enculturation to the practice of proving; Spatial noticing in the context of 2-D and 3-D mathematical artifacts; The role of professional development on K-6 teachers' mathematical knowledge for teaching and its impact on student outcomes. |
| Dr. J. Arlo Caine |
Mathematics |
Mathematical Physics; Poisson Geometry; Lie Groups; Functional Analysis |
| Dr. Jillian Cannons |
Applied Mathematics |
Optimization; Robotics |
| Dr. Anne Cawley |
Mathematics Education |
DEI; Sense of belonging; Students’ experiences in math courses; Math faculty instructional practices; Professional development of math faculty |
| Dr. Briana Foster-Greenwood |
Pure Mathematics |
Graph Theory; Reflection Groups; Noncommutative Algebra |
| Dr. Berit Givens |
Pure Mathematics |
Algebra; Combinatorics; Number Theory |
| Dr. Emily Heath |
Pure Mathematics |
Combinatorics; Graph Theory |
| Dr. He Jiang |
Statistics |
Clustering; Mixture Modeling; Computational Statistics |
| Dr. Peter Kagey |
Pure Mathematics |
Combinatorics; Discrete Probability; Algorithms; Experimental Mathematics; Group Theory |
| Dr. Hoon Kim |
Statistics |
Bayesian Inference; Hierarchical Modeling; Cancer Mortality Rate; Statistical Consulting |
| Dr. Adam King |
Statistics |
Discrete Time Survival Analysis; Bayesian Statistics; Machine Learning; Statistical Software Development |
| Dr. Alan C. Krinik |
Applied Mathematics, Pure Mathematics, Statistics |
Explicit transient and steady state solutions of Markov chains and processes (solving various types of Gambler's Ruin problems in different settings and exploring queueing theory models using duality theory combined with various eigenvalue and eigenvector matrix representation); Combinatorics; Real Analysis |
| Dr. Fernando Lopez-Garcia |
Pure Mathematics |
Functional inequalities in Sobolev spaces, such as Poincaré type inequalities, where the geometry of the domain plays a fundamental role. These results are used in the variational analysis of certain partial differential equations and the numerical analysis of their solutions. The spaces considered to study these inequalities are Sobolev spaces on bounded Euclidean domains, spaces with variable exponents, and graphs. |
| Dr. Ioana Mihaila |
Pure Mathematics |
Analysis; Problem Solving (competitions and math journals) |
| Dr. Chris Jungwon Mun |
Statistics |
Repeated Measurements, Nonlinear Models, Semiparametric Regression, Mixed Effect Models |
| Dr. Stacy Musgrave |
Mathematics Education |
Mathematics Education |
| Dr. Laurie Riggs |
Mathematics Education |
Preparing mathematics teachers; Use of technology in the mathematics classroom |
| Dr. Jimmy Risk |
Statistics |
Computational Statistics; Machine Learning; Gaussian Processes; Actuarial Science; Financial Mathematics; Mortality Modeling |
| Dr. John A. Rock |
Pure Mathematics |
Pedagogy of real analysis; Complex analysis; Topology; Measure theory; Functional analysis from the perspective of arbitrarily close; Fractal Geometry |
| Dr. Amber Rosin |
Pure Mathematics |
Recreational math (math related to games and dice) |
| Dr. Cristina Runnalls |
Mathematics Education |
Mathematics for Culturally and Linguistically Diverse Students; Pre-service and In-service Teacher Education; Social Justice in Mathematics |
| Jill Shirley |
Applied Mathematics; Mathematics Education |
Mindset GPS in the Business Calculus Classroom |
| Dr. Randall Swift |
Applied Mathematics, Pure Mathematics, Statistics |
Probability Theory; Stochastic Processes; Functional Analysis; Differential Equations; Mathematical Modeling; Mathematical Epidemiology; Statistical Inference |
| Dr. Jennifer Switkes |
Applied Mathematics |
Mathematical Modeling |
| Dr. Ryan Szypowski |
Applied Mathematics |
Applied Analysis and Numerical PDEs |
| Dr. Hubertus von Bremen |
Applied Mathematics |
Computational methods for nonlinear dynamical systems; Structural dynamics; Control of structures |
| Dr. Greisy Winicki-Landman |
Mathematics Education |
Mathematical thinking; Visualization in mathematics learning; Mathematics teacher education; Philosophy of mathematics |
| Dr. Weiqing Xie |
Applied Mathematics |
Differential Equations |
| Dr. Hyunkyoung Yoon |
Mathematics Education |
Generative AI in teaching and learning; Teacher education; Quantitative reasoning |