Projected (Tentative) Course Cycles for the Master of Arts in Mathematics
at The University of Texas at Arlington[i]

(Last updated 04/19/07 by Dr. James Epperson)

For a look at past offerings, click here.

For some advice on course-taking patterns, click here.

 

Semester

Preferred Course Options[ii]

Other Course Options

Spring 2007

MATH 5345 Concepts and Techniques in Analysis

MATH 5346 Concepts and Techniques in Problem Solving

MATH 5300 Computer Programming and Applications

MATH 5308 Mathematical Analysis II

Summer 2007

MATH 5340 Concepts and Techniques in Discrete Mathematics

MATH 5342 Concepts and Techniques in Algebra

 

Fall 2007

MATH 5344 Mathematics-Specific Technologies

MATH 5392 Mathematical Thought and Development

MATH 5307 Mathematical Analysis I

MATH 5333 Linear Algebra and Matrices

Spring 2008

MATH 5341 Concepts and Techniques in Geometry

MATH 5392 Seminar in Mathematics Education

MATH 5300 Computer Programming and Applications

MATH 5308 Mathematical Analysis II

Summer 2008

MATH 5343 Concepts and Techniques in Probability and Statistics

MATH 5352 Concepts and Techniques in Precalculus

 

Fall 2008

MATH 5337 Concepts and Techniques in Calculus

MATH 5336 Concepts and Techniques in Number Theory

MATH 5307 Mathematical Analysis I

MATH 5333 Linear Algebra and Matrices

Spring 2009

MATH 5345 Concepts and Techniques in Analysis

MATH 5346 Concepts and Techniques in Problem Solving

MATH 5300 Computer Programming and Applications

MATH 5308 Mathematical Analysis II

Summer 2009

MATH 5342 Concepts and Techniques in Algebra

MATH 5344 Mathematics-Specific Technologies

MATH 5392 Appl of Cal (Applications of Calculus)

 

Fall 2009

MATH 5340 Concepts and Techniques in Discrete Mathematics

MATH 5392 Concepts and Techniques in  Algebra II

MATH 5307 Mathematical Analysis I

MATH 5333 Linear Algebra and Matrices

Spring 2010

MATH 5343 Concepts and Techniques in Probability and Statistics

MATH 5336 Concepts and Techniques in Number Theory

MATH 5300 Computer Programming and Applications

MATH 5308 Mathematical Analysis II


 

[i] Note that courses that are part of the MA core are in red font. The course cycles are proposed based upon the current demand (Spring 2007) for course offerings in the MA program. Please look at the current schedule of classes for the most accurate information.

[ii] Students nearing completion of course requirements may enroll in MATH 5395: Project—Individual Director-Approved Research during any semester. Forms for applying for graduation can be found here.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Past Semester Offerings for the MA Program in Mathematics.

 

Semester

Preferred Course Options[ii]

Other Course Options

Spring 2003

MATH 5343 Concepts and Techniques in Probability and Statistics (Instructor: J. Epperson)

MATH 5392 Mathematical Thought and Development (Instructor: J. Epperson)

MATH 5308 Mathematical Analysis II

Summer 2003

MATH 5340 Concepts and Techniques in Discrete Mathematics (Instructor: M. Cordero)

MATH 5344 Concepts and Techniques in Computer [Mathematics-specific Technologies]  (Instructor: J. Epperson)

MATH 5345 Concepts and Techniques in Analysis (Instructor: B. Shipman)

 

Fall 2003

MATH 5342 Concepts and Techniques in Algebra (Instructor: J. Epperson)

MATH 5352 Concepts and Techniques in Precalculus (Instructor: T. Jorgensen)

MATH 5307 Mathematical Analysis I

MATH 5333 Linear Algebra and Matrices

Spring 2004

MATH 5341 Concepts and Techniques in Geometry (Instructor: J. Epperson)

MATH 5347 Concepts and Techniques in Modeling and Applications (Instructor: T. Jorgensen)

MATH 5300 Computer Programming and Applications

MATH 5308 Mathematical Analysis II

Summer 2004

MATH 5343 Concepts and Techniques in Probability and Statistics (Instructor: T. Jorgensen)

MATH 5340 Concepts and Techniques in Discrete Mathematics (Instructor: B. Shipman)

MATH 5392 Teaching Algebra II (Instructor: J. Epperson)

 

Fall 2004

MATH 5352 Concepts and Techniques in Precalculus  (Instructor: T. Jorgensen)

MATH 5392 Seminar in Mathematics Education (Instructor: J. Epperson)

MATH 5307 Mathematical Analysis I

MATH 5333 Linear Algebra and Matrices

Spring 2005

MATH 5337 Concepts and Techniques in Calculus (Instructor: B. Shipman)

MATH 5344 Mathematics-Specific Technologies (Instructor: J. Epperson)

MATH 5300 Computer Programming and Applications

MATH 5308 Mathematical Analysis II

Summer 2005

MATH 5345 Concepts and Techniques in Analysis (Instructor: B. Shipman)

MATH 5342 Concepts and Techniques in Algebra (Instructor: T. Jorgensen)

MATH 5346 Concepts and Techniques in Problem Solving (Instructor: J. Epperson)

 

Fall 2005

MATH 5341 Concepts and Techniques in Geometry  (Instructor: T. Jorgensen)

MATH 5392 Appl of Cal (Applications of Calculus) (Instructor: B. Shipman)

MATH 5307 Mathematical Analysis I

MATH 5333 Linear Algebra and Matrices

Spring 2006

MATH 5340 Concepts and Techniques in Discrete Mathematics (Instructor: B. Shipman)

MATH 5392 Concepts and Techniques in  Algebra II (Instructor: T. Jorgensen)

MATH 5300 Computer Programming and Applications

MATH 5308 Mathematical Analysis II

Summer 2006

MATH 5343 Concepts and Techniques in Probability and Statistics (Instructor: T. Jorgensen)

MATH 5352 Concepts and Techniques in Precalculus (Instructor: T. Jorgensen)

 

Fall 2006

MATH 5337 Concepts and Techniques in Calculus (Instructor: B. Shipman)

MATH 5392 Adv. Perspectives on Functions, Equations, & Number Systems (Instructor: J. Epperson)

MATH 5307 Mathematical Analysis I

MATH 5333 Linear Algebra and Matrices

 

 

 

 

 

 

 

 

 

 

Advice on Course Taking Patterns:

The projected course schedule is designed so that a student who enters the program can graduate in 2 1/2 years by taking one course during each of the Fall and Spring semesters and 2 courses in the summer. Always enroll in a core class when it is offered if you have not already taken the course. If you do not follow this pattern, it could take longer than 2 1/2 years to graduate given the current course offerings.