Math and Computer Science Course List
See the undergraduate course catalog or graduate course catalog for course descriptions.
Math courses |
Computer Science courses
Mathematics Courses
- MATH 010 - Pre-Algebra
- MATH 011 - Basic Algebra
- MATH 099 - Intermediate Algebra
- MATH 102 - Quantitative Literacy
- MATH 112 - Trigonometry
- MATH 115 - College Algebra and Trigonometry
- MATH 122 - Analytic Geometry
- MATH 123 - Analytic Geometry and Linear Algebra for Engineers
- MATH 131 - Calculus I
- MATH 132 - Calculus II
- MATH 199 - Honors Summer Seminar for High School Students
- MATH 201 - Finite Mathematics
- MATH 205 - Mathematics for Elementary Teachers I
- MATH 231 - Calculus III
- MATH 241 - Principles of Statistics
- MATH 301 - Fundamentals and Applications of Calculus
- MATH 305 - Mathematics for Elementary Teachers II
- MATH 308 - Mathematical Structures
- MATH 320 - Discrete Mathematics
- MATH 323 - College Geometry
- MATH 333 - Differential Equations
- MATH 341 - Probability and Statistics
- MATH 380 - Introduction to Abstract Mathematics
- MATH 388 - The Teaching of Middle School Mathematics
- MATH 391 - Teaching of High School Mathematics
- MATH 402 - Teaching an Integrated Unit
- MATH 410 - Introduction to Analysis
- MATH 411 - Theory of Numbers
- MATH 412 - Abstract Algebra
- MATH 413 - Linear Algebra I
- MATH 430 - Real Variables I
- MATH 431 - Complex Variables I
- MATH 435 - Vector Analysis
- MATH 441 - Theory of Probability
- MATH 442 - Mathematical Statistics
- MATH 459 - Advanced Topics in Computer Science
- MATH 490 - Topics in Mathematics
- MATH 492 - History of Mathematics
Computer Science Courses
- CS 151 - Introduction to Computer Science (all semesters)
- CS 170 - Web Programming (fall)
- CS 201 - Computer Science I (spring)
- CS 202 - Computer Science II (fall)
- CS 256 - Principles of Structured Design (all semesters)
- CS 258 - Data Structures (no longer offered, replaced by CS 202)
- CS 260 - Object Oriented Programming (spring)
- CS 361 - Small-Systems Software Development I
- CS 303 - Discrete Structures (fall)
- CS 365 - Computer Organization and Assembly Language (spring)
- CS 399 - Cooperative Professional Experience (as needed)
- CS 420/520 - Theory of Computation (fall)
- CS 421/521 - Formal Methods (spring)
- CS 440/540 - Graphics Programming (every other fall)
- CS 451/551 - Computer Architecture (spring)
- CS 452/552 - Software Engineering (spring)
- CS 456/556 - Systems Programming (spring)
- CS 457/557 - Data Base Processing (fall)
- CS 458/558 - Algorithmsr (fall)
- CS 459/559 - Advanced Topics in Computer Science (as needed)
- CS 463/563 - Compiler Design (every other spring)
- CS 469/569 - Unix/Linux Administration and Networking (spring)
- CS 470/570 - Programming Languages (fall)
- CS 471/571 - Operating Systems (spring)
- CS 473/573 - Computer Networks (spring)
- CS 475/575 - Artificial Intelligence (every other fall)
- CS 479/579 - Web Programming II (fall)
- CS 500 - Foundations of Computing
(course not yet approved, will be each fall, sign up for 559) - CS 620 - Advanced Theory of Computation (spring)
- CS 621 - Advanced Discrete Structures (fall)
- CS 652 - Advanced Software Engineering (fall)
- CS 658 - Advanced Algorithms (spring)
- CS 670 - Concurrent Programming (spring)
- CS 695 - Computer Science Research (fall)
Course Descriptions for New CS Courses
Descriptions for these courses have not yet appeared in the catologue.
CS 500 - Foundations of Computing
This course serves as a foundations course for graduate students entering the CS master's program. Student should sign up for this class during their first semester in the program. Fundamental topics such as algorithms design/analysis, structured programming, etc. will be reviewed.
The course is not yet available in the course catalogue, so the course is being run as CS 559. So graduate students in their first semester in the CS master's should sign up for CS 559.