We have a wide offering of general education courses designed to prepare you to major in Business and STEM (Science, Technology, Engineering, and Mathematics) fields.
Student Focused
Current Faculty Research
Math Happenings
Promotion from Associate Professor to Professor
Suho Oh
Promotion from Assistant Professor to Associate Professor & Tenure
Hamilton Hardison and Cody Patterson
Promotion from Associate Professor of Instruction to Professor of Instruction
Bikai Nie and Amanda Walker
Promotion from Assistant Professor of Instruction to Associate Professor of Instruction
Pritha Chakraborty, Jaroslaw Jaracz and Jackson Rebrovich
Promotion from Lecturer to Assistant Professor of Instruction
Hyun Chul Jang, Yichen Ma, Amy Lawrence-Wallquist, and Le Tran
@TXST Math
Upcoming Events
- Location:
- DERR 238; 238
- Cost:
- Free
- Contact:
- Illona Weber
ih10@txstate.edu - Campus Sponsor:
- Department of Mathematics
Math CATS is here to assist in almost all MATH courses for free! If you're intimidated by the subject, come in and let's problem solve together. Tutors are here to help reiterate, reinforce and help you relate to the content you heard in lecture. NO APPOINTMENT NEEDED!
Click here for more information
more about event
- Location:
- DERR 336; 336
- Cost:
- Free
- Contact:
- Cameron Farnsworth
clf129@txstate.edu - Campus Sponsor:
- Department of Mathematics
Love a good problem? Like to solve difficult puzzles?
Join professors, graduate students and undergraduates as we tackle problems presented from several mathematical journals. An interest in higher level mathematics is all that is required to join our round table. Offer what you know, learn what you don't in a relaxed environment with some of our department's finest!
Join professors, graduate students and undergraduates as we tackle problems presented from several mathematical journals. An interest in higher level mathematics is all that is required to join our round table. Offer what you know, learn what you don't in a relaxed environment with some of our department's finest!
- Location:
- DERR 238; 238
- Cost:
- Free
- Contact:
- Illona Weber
ih10@txstate.edu - Campus Sponsor:
- Department of Mathematics
Math CATS is here to assist in almost all MATH courses for free! If you're intimidated by the subject, come in and let's problem solve together. Tutors are here to help reiterate, reinforce and help you relate to the content you heard in lecture. NO APPOINTMENT NEEDED!
Click here for more information
more about event
- Location:
- DERR 238; 238
- Cost:
- Free
- Contact:
- Illona Weber
ih10@txstate.edu - Campus Sponsor:
- Department of Mathematics
Math CATS is here to assist in almost all MATH courses for free! If you're intimidated by the subject, come in and let's problem solve together. Tutors are here to help reiterate, reinforce and help you relate to the content you heard in lecture. NO APPOINTMENT NEEDED!
Click here for more information
more about event
- Location:
- DERR 238; 238
- Cost:
- Free
- Contact:
- Illona Weber
ih10@txstate.edu - Campus Sponsor:
- Department of Mathematics
Math CATS is here to assist in almost all MATH courses for free! If you're intimidated by the subject, come in and let's problem solve together. Tutors are here to help reiterate, reinforce and help you relate to the content you heard in lecture. NO APPOINTMENT NEEDED!
Click here for more information
more about event
- Location:
- DERR 333; 333
- Cost:
- Free
- Contact:
- Vera Ioudina
vi11@txstate.edu
Title: Dynamic Spatio-Temporal Models Integrating Physics for Environmental and Ecological Applications
Abstract: Spatio-temporal processes are common in environmental and ecological applications,
where understanding complex spatial and temporal dependencies is essential. While
approaches such as Gaussian processes explicitly model these dependencies, dynamic spatio-
temporal models (DSTMs) provide an alternative by modeling the process conditionally over
time. DSTMs offer a flexible framework for incorporating physical knowledge into the evolution
of the underlying process. This talk presents two applications that demonstrate how physics can
be integrated within the DSTM framework. The first focuses on wildfire front propagation,
where mechanistic knowledge of fire spread is incorporated into a dynamic model of wildfire
boundaries. The second considers animal movement, where movement dynamics are informed
by environmental conditions and mechanistic principles. Together, these applications illustrate
how physical knowledge can be incorporated into DSTMs to develop realistic models for
complex environmental and ecological processes, while accounting for uncertainty inherent in
data and scientific knowledge. Click here for more information
more about event
Abstract: Spatio-temporal processes are common in environmental and ecological applications,
where understanding complex spatial and temporal dependencies is essential. While
approaches such as Gaussian processes explicitly model these dependencies, dynamic spatio-
temporal models (DSTMs) provide an alternative by modeling the process conditionally over
time. DSTMs offer a flexible framework for incorporating physical knowledge into the evolution
of the underlying process. This talk presents two applications that demonstrate how physics can
be integrated within the DSTM framework. The first focuses on wildfire front propagation,
where mechanistic knowledge of fire spread is incorporated into a dynamic model of wildfire
boundaries. The second considers animal movement, where movement dynamics are informed
by environmental conditions and mechanistic principles. Together, these applications illustrate
how physical knowledge can be incorporated into DSTMs to develop realistic models for
complex environmental and ecological processes, while accounting for uncertainty inherent in
data and scientific knowledge. Click here for more information
- Location:
- DERR 329; 329
- Cost:
- Free
- Contact:
- Anton Dochtermann
dochtermann@txstate.edu - Campus Sponsor:
- Department of Mathematics
Title: Combinatorial Representations: A closer look at portraying some outcomes and some operations
Abstract: In this talk, we will explore representations in the context of combinatorics. While sets of outcomes,
processes, and formulas are an integral part of combinatorics (c.f., Lockwood), how we represent them can be
just as important. This talk will focus on some ideas around representing outcomes - specifically for combination
problems (C(n,k)); as well as how we portray numerical operations in formulas in relation to an associated set of
outcomes - specifically how we depict the operation of division (and multiplication) as operating on a collection
of outcomes. We will discuss findings from a few studies, as well as some of the implications they might have for
teaching and learning about combinatorics, and for new hypotheses and lines of inquiry in educational research. Click here for more information
more about event
Abstract: In this talk, we will explore representations in the context of combinatorics. While sets of outcomes,
processes, and formulas are an integral part of combinatorics (c.f., Lockwood), how we represent them can be
just as important. This talk will focus on some ideas around representing outcomes - specifically for combination
problems (C(n,k)); as well as how we portray numerical operations in formulas in relation to an associated set of
outcomes - specifically how we depict the operation of division (and multiplication) as operating on a collection
of outcomes. We will discuss findings from a few studies, as well as some of the implications they might have for
teaching and learning about combinatorics, and for new hypotheses and lines of inquiry in educational research. Click here for more information
- Location:
- DERR 238; 238
- Cost:
- Free
- Contact:
- Illona Weber
ih10@txstate.edu - Campus Sponsor:
- Department of Mathematics
Math CATS is here to assist in almost all MATH courses for free! If you're intimidated by the subject, come in and let's problem solve together. Tutors are here to help reiterate, reinforce and help you relate to the content you heard in lecture. NO APPOINTMENT NEEDED!
Click here for more information
more about event