Undergraduate and Graduate Student Opportunities
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International Undergraduate and Graduate Mathematics, Interdisciplinary Research, and Project Conference
📅 August 8–9, 2026 (Online)
This international conference provides undergraduate and graduate students with an opportunity to present research projects, thesis work, mathematical investigations, interdisciplinary research, engineering and science projects, and innovative ideas before an international audience in a friendly, supportive, and encouraging environment.
Conference Information
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Join us for the inaugural FLAG where regional mathematicians will meet annually to network, present, and discuss recent trends in analysis!
Here you will find the first of a yearly gathering of mathematicians aimed at fostering in-person interactions between grad students, postdocs and early career researchers with more established regional faculty as well with a focus on complex analysis and operator theory.
Registration is free and anyone interested is more than welcome to attend!
If you are interested in presenting in a parallel session, please click here to submit a title and abstract. Abstract submission deadline is September 1st. Don't forget to register as well!
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The Department of Mathematics and Statistics has an internationally recognized research faculty active in the following areas:
Rings, modules, groups and their representations; applications to combinatorial designs and cryptology, computational algebra
Harmonic analysis, function and operator theory and their interactions; Sobolev inequalities; inequalities involving the Fourier transform; operators on Banach spaces; ordinary and partial differential equations; stochastic differential systems; vortex and climate dynamics with applications to climatic and financial markets
Enumerative and algebraic combinatorics; graph theory; design theory and applications; finite projective planes and their automorphisms; finite geometries, and Euclidean geometry
Post quantum cryptography, in particular code-based cryptography, elliptic curve cryptography (isogenies), lattice-based cryptography, multivariate cryptography, zero-knowledge proofs and blockchains, hash-based cryptography.
Nonlinear dynamical systems, computational topological methods, complex dynamical systems, fractal geometry, mathematical theory of control systems, stability analysis
Constructive mathematics; set theory; higher computability
Multi-host multi-strain epidemiological models, host immune response, nested immuno-epidemiological dynamics, spatial temporal dynamics in epidemiology, reaction diffusion systems, cell motility, time-since-infection structured partial differential equations, age structured pde's, avian influenza, Ebola
Time-series analysis and regression modeling; parametric and nonparametric function estimation; weak convergence of stochastic processes; environmental statistics and biostatistics
Technology in the classroom, integrated curricula, improving performance for pre-calculus mathematics and in mathematics for engineering students
