Department of Mathematics
Contact Us
Department of Mathematics
3900 University Blvd.
Tyler, TX 75799
Office Hours:
Monday–Friday 8 a.m – 5 p.m.
800 UT TYLER
Ph: 903.565.5839
Fx: 903.565.5781
math@uttyler.edu
Syllabi
Courses offered in the last two years are listed below. You can access the syllabus for each course by clicking on the course number. Syllabi for previous semesters can be requested by contacting the Math Department.
FALL 2025Course Number |
Course Name |
Instructor |
|---|---|---|
|
Intermediate Algebra |
J. Zeng |
|
|
Intermediate Algebra |
K. Stoltz |
|
|
Intermediate Algebra |
R. Ragland |
|
|
Intermediate Algebra |
R. Ragland |
|
|
Intermediate Algebra |
J. Zeng |
|
|
Intermediate Algebra |
K. Stoltz |
|
|
Intermediate Algebra |
A. Boateng |
|
|
Intermediate Algebra |
K. Stoltz |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
F. Meza |
|
| Dual Credit College Algebra |
A. Pitts |
|
|
Mathematics for Business and Economics I |
D. Armstrong |
|
|
Mathematics for Business and Economics I |
D. Armstrong |
|
|
Mathematics for Business and Economics I |
A. Davis |
|
|
Mathematics for Business and Economics I |
F. Meza |
|
|
Mathematics for Business and Economics I |
F. Meza |
|
|
Mathematics for Business and Economics I |
B. Barrios |
|
|
Mathematics for Liberal Arts Majors I |
K. Stoltz |
|
|
Mathematics for Liberal Arts Majors I |
K. Stoltz |
|
|
Statistics I |
G. Kambhampati |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
J. Zeng |
|
|
Statistics I |
G. Kambhampati |
|
|
Statistics I |
J. Flores |
|
|
Statistics I |
C. Chappa |
|
|
Statistics I |
C. Chappa |
|
|
Statistics I |
G. Kambhampati |
|
|
Statistics I |
M. Islam |
|
|
Statistics I |
G. Kambhampati |
|
|
Statistics I |
J. Zeng |
|
|
Statistics I |
J. Zeng |
|
|
Statistics I |
A. Davis |
|
|
Statistics I |
R. Beckham |
|
|
Dual Credit Statistics I |
L. Richmond |
|
|
Dual Credit Statistics I |
L. Richmond |
|
| MATH 1342.D070 |
Dual Credit Statistics I |
L. Richmond |
|
Statistics II |
C. Chappa |
|
|
Concepts of Modern Mathematics I |
N. Smith |
|
|
Concepts of Modern Mathematics II |
D. Koslover |
|
|
Precalculus |
G. Kambhampati |
|
|
Precalculus |
C. Graves |
|
|
Precalculus |
C. Graves |
|
|
Precalculus |
T. Mayo |
|
|
Precalculus |
M. Dawsey |
|
|
Precalculus |
M. Dawsey |
|
|
Precalculus |
G. Kambhampati |
|
|
Honors Precalculus |
R. Beckham |
|
|
Functions and Modeling |
N. Smith |
|
|
Discrete Structures |
D. Milan |
|
|
Calculus I |
W. Blair |
|
|
Calculus I |
I. Ramirez-Zuniga |
|
|
Calculus I |
W. Blair |
|
|
Calculus I |
I. Ramirez-Zuniga |
|
|
Calculus I |
R. Ragland |
|
|
Dual Credit Calculus I |
I. Ramirez-Zuniga |
|
|
Dual Credit Calculus I |
L. Stice |
|
|
Calculus II |
P. Delgado |
|
|
Calculus II |
P. Delgado |
|
|
Multivariate Calculus |
J. Vandehey |
|
|
Multivariate Calculus |
J. Vandehey |
|
|
Honors Multivariate Calculus |
K. Anders |
|
|
Matrix Methods in Science and Engineering |
D. Koslover |
|
|
Matrix Methods in Science and Engineering |
D. Koslover |
|
|
Matrix Methods in Science and Engineering |
R. Grisham |
|
|
Ordinary Differential Equations |
K. Anders |
|
|
Ordinary Differential Equations |
K. Anders |
|
|
Linear Algebra and Matrix Theory |
S. Graves |
|
|
Real Analysis I |
P. Delgado |
|
|
Probability and Statistics for Engineers and Scientists |
S. Graves |
|
|
Probability and Statistics for Engineers and Scientists |
S. Graves |
|
|
Probability and Statistics for Engineers and Scientists |
R. Beckham |
|
|
Probability and Statistics for Engineers and Scientists |
R. Grisham |
|
|
Foundations of Mathematics |
D. Koslover |
|
|
Senior Seminar I |
R. Beckham |
|
|
Senior Seminar II |
R. Beckham |
|
|
Independent Study |
W. Blair |
|
|
Abstract Algebra II |
M. Dawsey |
|
|
Introduction to Complex Variables |
W. Blair |
|
|
Theory of Probability |
N. Smith |
|
|
Independent Study |
J. Vandehey |
|
|
Independent Study |
I. Ramirez-Zuniga |
|
|
Independent Study |
D. Koslover |
|
|
Graph Theory |
C. Graves |
|
|
Algebra I |
J. Vandehey |
|
|
Applied Mathematics I |
I. Ramirez-Zuniga |
|
|
Independent Study |
W. Blair |
|
|
Independent Study |
M. Dawsey |
|
|
SUMMER 2025Course Number |
Course Name |
Instructor |
|
Statistics I |
G. Kambhampati |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
C. Graves |
|
|
Precalculus |
J. Zeng |
|
|
Precalculus |
K. Stoltz |
|
|
Calculus I |
W. Blair |
|
|
Calculus II |
N. Smith |
|
|
Multivariate Calculus |
J. Vandehey |
|
|
Matrix Methods in Science and Engineering |
D. Milan |
|
|
Ordinary Differential Equations |
I. Ramirez-Zuniga |
|
|
Probability and Statistics for Engineers and Scientists |
R. Beckham |
|
|
Probability and Statistics for Engineers and Scientists |
R. Grisham |
|
|
Independent Study |
I. Ramirez-Zuniga |
|
SPRING 2025Course Number |
Course Name |
Instructor |
|
Honors Calculus II |
K. Anders |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
A. Boateng |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
R. Ragland |
|
|
Dual Credit College Algebra |
A. Pitts |
|
|
Mathematics for Business and Economics I |
D. Armstrong |
|
|
Mathematics for Business and Economics I |
G. Kambhampati |
|
|
Mathematics for Business and Economics I |
G. Kambhampati |
|
|
Mathematics for Business and Economics II |
D. Armstrong |
|
|
Mathematics for Liberal Arts Majors I |
F. Meza |
|
|
Mathematics for Liberal Arts Majors I |
F. Meza |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
M. Dawsey |
|
|
Statistics I |
C. Graves |
|
|
Statistics I |
J. Zeng |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
C. Chappa |
|
|
Statistics I |
F. Meza |
|
|
Statistics I |
J. Zeng |
|
|
Statistics I |
F. Islam |
|
|
Statistics I |
A. Davis |
|
|
Dual Credit Statistics I |
L. Stice |
|
|
Honors Statistics I |
M. Dawsey |
|
|
Statistics II |
C. Chappa |
|
|
Concepts of Modern Mathematics I |
D. Koslover |
|
|
Concepts of Modern Mathematics II |
N. Smith |
|
|
Precalculus |
D. Koslover |
|
|
Precalculus |
W. Blair |
|
|
Precalculus |
G. Kambhampati |
|
|
Precalculus |
C. Graves |
|
|
Dual Credit Precalculus |
C. Graves |
|
|
Precalculus |
C. Graves |
|
|
Precalculus |
T. Mayo |
|
|
Precalculus |
A. Davis |
|
|
Dual Credit Precalculus |
L. Richmond |
|
|
Dual Credit Precalculus |
A. Pitts |
|
|
Dual Credit Precalculus |
L. Richmond |
|
|
Dual Credit Precalculus |
L. Richmond |
|
|
Discrete Structures |
S. Graves |
|
|
Calculus I |
G. Kambhampati |
|
|
Dual Credit Calculus I |
L. Richmond |
|
|
Calculus I |
J. Zeng |
|
|
Calculus I |
J. Zeng |
|
|
Calculus I |
J. Vandehey |
|
|
Calculus I |
J. Vandehey |
|
|
Dual Credit Calculus I |
J. Vandehey |
|
|
Dual Credit Calculus I |
L. Richmond |
|
|
Dual Credit Calculus I |
L. Richmond |
|
|
Calculus II |
K. Anders |
|
|
Calculus II |
I. Ramirez-Zuniga |
|
|
Calculus II |
I. Ramirez-Zuniga |
|
|
Multivariate Calculus |
P. Delgado |
|
|
Matrix Methods in Science and Engineering |
S. Graves |
|
|
Matrix Methods in Science and Engineering |
J. Grisham |
|
|
Ordinary Differential Equations |
D. Koslover |
|
|
Ordinary Differential Equations |
D. Koslover |
|
|
Abstract Algebra I |
K. Anders |
|
|
Probability and Statistics for Engineers and Scientists |
R. Beckham |
|
|
Probability and Statistics for Engineers and Scientists |
N. Smith |
|
|
Probability and Statistics for Engineers and Scientists |
J. Grisham |
|
|
Geometric Systems |
R. Ragland |
|
|
Advanced Ordinary Differential Equations |
J. Vandehey |
|
|
Algorithms in Applied Mathematics |
S. Graves |
|
|
Foundations of Mathematics |
P. Delgado |
|
|
Senior Seminar I |
R. Beckham |
|
|
Senior Seminar II |
R. Beckham |
|
|
Combinatorics/Graph Theory |
M. Dawsey |
|
|
Real Analysis II |
W. Blair |
|
|
Advanced Engineering Mathematics |
R. Beckham |
|
|
Topics in Combinatorics |
M. Dawsey |
|
|
Analysis II |
D. Milan |
|
|
Mathematical Statistics |
N. Smith |
|
|
Research |
R. Beckham |
|
|
FALL 2024Course Number |
Course Name |
Instructor |
|
Honors Calculus I |
K. Anders |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
R. Ragland |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
D. Milan, A. Boateng, M. T. Islam |
|
|
Mathematics for Business and Economics I |
D. Armstrong |
|
|
Mathematics for Business and Economics I |
D. Armstrong |
|
|
Mathematics for Business and Economics I |
W. Blair |
|
|
Mathematics for Liberal Arts Majors I |
F. Meza |
|
|
Mathematics for Liberal Arts Majors I |
F. Meza |
|
|
Statistics I |
F. Meza |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
C. Chappa |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
S. Graves |
|
|
Statistics I |
S. Graves |
|
|
Statistics I |
R. Ragland |
|
|
Statistics I |
J. Zeng |
|
|
Statistics I |
J. Zeng |
|
|
Statistics II |
C. Chappa |
|
|
Concepts of Modern Mathematics I |
N. Smith |
|
|
Concepts of Modern Mathematics II |
D. Koslover |
|
|
Precalculus |
D. Koslover |
|
|
Precalculus |
T. Mayo |
|
|
Precalculus |
D. Koslover |
|
|
Precalculus |
M. Dawsey |
|
|
Precalculus |
M. Dawsey |
|
|
Functions and Modeling |
N. Smith |
|
|
Discrete Structures |
S. Graves |
|
|
Calculus I |
G. Kambhampati |
|
|
Calculus I |
K. Anders |
|
|
Calculus I |
I. Ramirez-Zuniga |
|
|
Calculus I |
I. Ramirez-Zuniga |
|
|
Calculus II |
J. Zeng |
|
|
Calculus II |
J. Zeng |
|
|
Multivariate Calculus |
J. Vandehey |
|
|
Multivariate Calculus |
P. Delgado |
|
|
Honors Multivariate Calculus |
J. Vandehey |
|
|
Matrix Methods in Science and Engineering |
M. Dawsey |
|
|
Matrix Methods in Science and Engineering |
K. Anders |
|
|
Ordinary Differential Equations |
C. Graves |
|
|
Real Analysis I |
W. Blair |
|
|
Probability and Statistics for Engineers and Scientists |
C. Graves |
|
|
Probability and Statistics for Engineers and Scientists |
C. Graves |
|
|
Foundations of Mathematics |
P. Delgado |
|
|
Senior Seminar I |
M. Dawsey |
|
|
Senior Seminar II |
M. Dawsey |
|
|
Number Theory |
J. Vandehey |
|
|
Partial Differential Equations |
D. Koslover |
|
|
Number Theory |
J. Vandehey |
|
|
Analysis I |
D. Milan |
|
|
Probability |
N. Smith |
|
SPRING 2024Course Number |
Course Name |
Instructor |
|
Honors Calculus II |
D. Milan |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
N. Bailey |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
F. Meza |
|
|
Mathematics for Business and Economics I |
D. Armstrong |
|
|
Mathematics for Business and Economics I |
J. Zeng |
|
|
Mathematics for Business and Economics I |
A. Berry |
|
|
Mathematics for Business and Economics II |
D. Armstrong |
|
|
Mathematics for Liberal Arts Majors I |
F. Meza |
|
|
Mathematics for Liberal Arts Majors I |
F. Meza |
|
|
Statistics I |
S. Graves |
|
|
Statistics I |
N. Bailey |
|
|
Statistics I |
C. Chappa |
|
|
Statistics I |
N. Bailey |
|
|
Statistics I |
H. Singh |
|
|
Statistics I |
G. Kambhampati |
|
|
MATH 1342.007 |
Statistics I |
T. Lynn |
|
Statistics I |
F. Meza |
|
|
Statistics I |
N. Bailey |
|
|
Statistics I |
K. Anders |
|
|
Statistics I |
N. Bailey |
|
|
Statistics I |
A. Davis |
|
|
Honors Statistics I |
K. Anders |
|
|
Statistics II |
C. Chappa |
|
|
Concepts of Modern Mathematics I |
D. Koslover |
|
|
Concepts of Modern Mathematics II |
N. Smith |
|
|
Concepts of Modern Mathematics II |
N. Smith |
|
|
Precalculus |
K. Anders |
|
|
Precalculus |
T. Mayo |
|
|
Precalculus |
N. Lebowitz-Lockard |
|
|
Precalculus |
R. Gupta |
|
|
Discrete Structures |
S. Graves |
|
|
Calculus I |
G. Kambhampati |
|
|
Calculus I |
H. Singh |
|
|
Calculus I |
N. Lebowitz-Lockard |
|
|
Calculus I |
H. Singh |
|
|
Calculus II |
J. Zeng |
|
|
Calculus II |
J. Zeng |
|
|
Calculus II |
D. Milan |
|
|
Multivariate Calculus |
J. Vandehey |
|
|
Matrix Methods in Science and Engineering |
M. Dawsey |
|
|
Ordinary Differential Equations |
C. Graves |
|
|
Ordinary Differential Equations |
C. Graves |
|
|
Abstract Algebra I |
M. Dawsey |
|
|
Probability and Statistics for Engineers and Scientists |
D. Koslover |
|
|
Geometric Systems |
D. Koslover |
|
|
Advanced Ordinary Differential Equations |
J. Vandehey |
|
|
Algorithms in Applied Mathematics |
S. Graves |
|
|
Foundations of Mathematics |
D. Koslover |
|
|
Advanced Concepts of Mathematics |
N. Smith |
|
|
Senior Seminar I |
R. Beckham |
|
|
Senior Seminar II |
R. Beckham |
|
|
Topology |
S. Davis |
|
|
Applied Statistics |
N. Smith |
|
|
Topology |
S. Davis |
|
|
Advanced Engineering Mathematics |
R. Beckham |
|
|
Algebra II |
R. Gupta |
|
|
Applied Mathematics II |
R. Beckham |
|
FALL 2023Course Number |
Course Name |
Instructor |
|
Honors Calculus I |
D. Milan |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
F. Meza |
|
|
Intermediate Algebra |
G. Kambhampati |
|
|
Intermediate Algebra |
D. Milan |
|
|
College Algebra |
G. Kambhampati |
|
|
Mathematics for Business and Economics I |
D. Armstrong |
|
|
Mathematics for Business and Economics II |
D. Armstrong |
|
|
Mathematics for Liberal Arts Majors I |
F. Meza |
|
|
Mathematics for Liberal Arts Majors I |
J. Zeng |
|
|
Statistics I |
H. Singh |
|
|
Statistics I |
H. Singh |
|
|
Statistics I |
S. Graves |
|
|
Statistics I |
D. Koslover |
|
|
Statistics I |
C. Chappa |
|
|
Statistics I |
F. Meza |
|
|
Statistics I |
C. Graves |
|
|
MATH 1342.008 |
Statistics I |
J. Lynn |
|
Statistics I |
F. Meza |
|
|
Statistics I |
F. Meza |
|
|
Statistics I |
G. Kambhampati |
|
|
Statistics I |
G. Kambhampati |
|
|
Statistics I |
A. Davis |
|
|
Statistics II |
C. Chappa |
|
|
Concepts of Modern Mathematics I |
N. Smith |
|
|
Concepts of Modern Mathematics II |
D. Koslover |
|
|
Precalculus |
N. Lebowitz-Lockard |
|
|
Precalculus |
R. Gupta |
|
|
Precalculus |
T. Mayo |
|
|
Precalculus |
H. Melton |
|
|
Precalculus |
A. Davis |
|
|
Precalculus |
J. Beckham |
|
|
Functions and Modeling |
N. Smith |
|
|
Discrete Structures |
S. Graves |
|
|
Calculus I |
J. Beckham |
|
|
Calculus I |
K. Anders |
|
|
Calculus I |
K. Anders |
|
|
Calculus I |
H. Singh |
|
|
Calculus II |
J. Zeng |
|
|
Calculus II |
J. Zeng |
|
|
Multivariate Calculus |
M. Dawsey |
|
|
Multivariate Calculus |
M. Dawsey |
|
|
Multivariate Calculus |
D. Koslover |
|
|
Matrix Methods in Science and Engineering |
S. Graves |
|
|
Matrix Methods in Science and Engineering |
J. Beckham |
|
|
Matrix Methods in Science and Engineering |
J. Grisham |
|
|
Ordinary Differential Equations |
J. Vandehey |
|
|
Linear Algebra and Matrix Theory |
K. Anders |
|
|
Real Analysis I |
J. Vandehey |
|
|
Probability and Statistics for Engineers and Scientists |
D. Koslover |
|
|
Probability and Statistics for Engineers and Scientists |
C. Graves |
|
|
Probability and Statistics for Engineers and Scientists |
J. Grisham |
|
|
Foundations of Mathematics |
N. Lebowitz-Lockard |
|
|
Senior Seminar I |
D. Milan |
|
|
Senior Seminar II |
D. Milan |
|
|
Introduction to Complex Variables |
D. Koslover |
|
|
Theory of Probability |
N. Smith |
|
|
Algebra I |
R. Gupta |
|
|
Graph Theory |
C. Graves |
|
|
Applied Mathematics I |
J. Beckham |
|
|
Spring 2023Course Number |
|
Instructor |
|
Intermediate Algebra |
R. Gupta |
|
|
Mathematics for Business and Economics I |
D. Koslover |
|
|
Business Calculus |
D. Armstrong |
|
| MATH 1332.001 |
Mathematics for Liberal Arts Majors I |
F. Meza |
| MATH 1332.002 |
Mathematics for Liberal Arts Majors I |
F. Meza |
| MATH 1333.001 |
Mathematics for Liberal Arts Majors II |
F. Meza |
| MATH 1342.001 |
Statistics I |
D. Milan |
| MATH 1342.003 |
Statistics I |
K. Anders |
| MATH 1342.005 |
Statistics I |
J. Webster |
| MATH 1342.006 |
Statistics I |
G. Kambhampati |
| MATH 1342.007 |
Statistics I |
G. Kambhampati |
| MATH 1342.008 |
Statistics I |
A. Davis |
| MATH 1342.009 |
Statistics I |
T. Mayo |
| MATH 1342.023 |
Statistics I |
F. Meza |
| MATH 1342.024 |
Statistics I |
R. Gupta |
| MATH 1350.001 |
Concepts of Mathematics I |
D. Koslover |
| MATH 1351.001 |
Concepts of Modern Mathematics II |
N. Smith |
| MATH 2312 |
DC Precalculus |
L. Richmond |
| MATH 2312 |
DC Precalculus |
L. Richmond |
| MATH 2312 |
Precalculus |
K. Archer |
| MATH 2312.003 |
Precalculus |
C. Chappa |
| MATH 2312.004 |
Precalculus |
|
| MATH 2312.005 |
Precalculus |
|
| MATH 2330.001 |
Discrete Structures |
C. Graves |
| MATH 2413 |
Calculus I |
S. LaLonde |
| MATH 2413.002 |
Calculus I |
|
| MATH 2414.001 |
Calculus II |
K. Anders |
| MATH 2414.003 |
Calculus II |
S. Graves |
| MATH 2415.001 |
Multivariate Calculus |
A. Bearden |
| MATH 4321 / 5321 |
Combinatorics |
K. Archer |
| MATH 3203.001 |
Matrix Methods |
S. Graves |
| MATH 3203.031 |
Matrix Methods in Science and Engineering |
J. Grisham |
| MATH 3305.002 |
Ordinary Differential Equations |
M. Dawsey |
| MATH 3336.001 |
Abstract Algebra I |
J. Vandehey |
| MATH 3351.001 |
Probability and Statistics for Engineers and Scientists |
C. Graves |
| MATH 3351.031 |
Probability and Statistics |
R. Grisham |
| MATH 3380.001 |
Algorithms for Applied Math |
S. Graves |
| MATH 3425.001 |
Foundations of Mathematics |
J. Vandehey |
| MATH 4341.001 |
Real Analysis II |
D. Milan |
| MATH 5311.001 | Advanced Engineering Mathematics |
D. Koslover |
| MATH 5342 |
Analysis II |
S. LaLonde |
| MATH 5352.001 |
Mathematical Statistics |
N. Smith |
| MATH 0303.023 |
Intermediate Algebra |
F. Meza |
Contact Us
Department of Mathematics
3900 University Blvd.
Tyler, TX 75799
Office Hours:
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800 UT TYLER
Ph: 903.565.5839
Fx: 903.565.5781
math@uttyler.edu