Bachelor of Science in Mathematics

Program Overview

The Bachelor of Science in Mathematics program at this institution requires 42 credit hours of coursework, including core courses in calculus, linear algebra, and advanced mathematics. Students can choose from a variety of math electives to tailor their studies to their interests. The program prepares graduates for careers in research, information technology, engineering, finance, and other fields that require strong mathematical skills.

Program Outline

Outline:

• **B.S.
in Mathematics:**
• Students complete 42 credit hours of courses.
• Required Courses:
• Math 261: Unified Calculus & Analytic Geometry I
• Math 262: Unified Calculus & Analytic Geometry II
• Math 263: Unified Calculus & Analytical Geometry III
• Math 264: Unified Calculus & Analytical Geometry IV
• Math 305: Foundations
• Math 319: Introduction to Linear Algebra
• Math 525: Modern Algebra I
• Math 555: Advanced Calculus I
• One of the following two-course sequences:
• Math 555 and Math 556: Advanced Calculus I and II
• Math 525 and Math 526: Modern Algebra I and II
• Math 301 and Math 401: Discrete Math and Combinatorics
• Math 353 and Math 454: Elementary and Intermediate Differential Equations
• Math 375 and Math 475: Statistics
• Computer programming course:
• Csci 111: Computer Science I
• Csci 251: Programming for Engineering and Sciences
• Csci 256: Programming in Python
• Csci 259: Programming in C++
• 3 math electives:
• Math 301: Discrete Mathematics
• Math 302: Applied Modern Algebra
• Math 319: Introduction to Linear Algebra
• Math 353: Elementary Differential Equations
• Math 368: Introduction to Operations Research
• Math 375: Introduction to Statistics I
• Math 380: Statistical Computing and Data Analysis
• Math 390: Techniques in Teaching Sec.
Level Math
• Math 397: Special Problems
• Math 401: Combinatorics
• Math 425: Introduction to Abstract Algebra
• Math 454: Intermediate Differential Equations
• Math 459: Introduction to Complex Analysis
• Math 461: Numerical Mathematical Analysis I
• Math 462: Numerical Mathematical Analysis II
• Math 464: Introduction to Dynamics and Chaos
• Math 475: Introduction to Mathematical Statistics
• Math 480: Introduction to Actuarial Science
• Math 501: General Topology I
• Math 502: General Topology II
• Math 513: Theory of Numbers I
• Math 514: Theory of Numbers II
• Math 519: Matrices
• Math 520: Linear Algebra
• Math 526: Introduction to Abstract Algebra II
• Math 533: Topics in Euclidean Geometry
• Math 537: Non-Euclidean Geometry
• Math 540: History of Mathematics
• Math 545: Topics for Secondary School Teachers
• Math 556: Advanced Calculus II
• Math 564: Introduction to Dynamical Systems I
• Math 565: Introduction to Dynamical Systems II
• Math 567: Introduction to Functional Analysis I
• Math 568: Introduction to Functional Analysis II
• Math 572: Introduction to Probability & Statistics
• Math 573: Applied Probability
• Math 574: Probability
• Math 575: Mathematical Statistics I
• Math 576: Mathematical Statistics II
• Math 577: Applied Stochastic Processes
• Math 578: Stochastic Processes
• Math 590: Techniques in Teaching College Math
• Math 597: Special Problems I
• Math 598: Special Problems II
• Math 599: Special Problems III
• Minor in Mathematics:
• Consists of:
• Math 261: Unified Calculus & Analytic Geometry I OR Math 271: Calculus of Decision Making I
• Math 262: Unified Calculus & Analytic Geometry II
• Math 263: Unified Calculus & Analytic Geometry III

Careers:

• Related careers in mathematics include:
• Research
• Information technology
• Engineering
• Finance
• Actuaries
• Accounting
• Banking
• Health
• Statistical analysts
• National intelligence
• Education
• Law