Mathematics/Computer Science, BS

Requirements

• ❑  CSCI 141 - COMPUTER PROGRAMMING I
• ❑  CSCI 145 - COMPUTER PROGRAMMING AND LINEAR DATA STRUCTURES
• ❑  CSCI 211 - DISCRETE STRUCTURES AND FUNCTIONAL PROGRAMMING I
• ❑  CSCI 241 - DATA STRUCTURES
• ❑  CSCI 245 - OBJECT-ORIENTED PROGRAMMING C++
• ❑  CSCI 305 - ANALYSIS OF ALGORITHMS AND DATA STRUCTURES I
• ❑  CSCI 401 - FORMAL LANGUAGES AND AUTOMATA
• ❑  CSCI 405 - ANALYSIS OF ALGORITHMS AND DATA STRUCTURES II
• ❑  MATH 204 - ELEMENTARY LINEAR ALGEBRA
• ❑  MATH 224 - MULTIVARIABLE CALCULUS AND GEOMETRY I
• ❑  MATH 226 - LIMITS AND INFINITE SERIES
• ❑  MATH 302 - INTRODUCTION TO PROOFS VIA NUMBER THEORY
• ❑  MATH 312 - PROOFS IN ELEMENTARY ANALYSIS
• ❑  MATH 331 - ORDINARY DIFFERENTIAL EQUATIONS

• ❑ Choose either:

•     MATH 124 - CALCULUS AND ANALYTIC GEOMETRY I
•     MATH 125 - CALCULUS AND ANALYTIC GEOMETRY II

•    or

•     MATH 134 - CALCULUS I HONORS
•     MATH 135 - CALCULUS II HONORS

•    or

•     MATH 138 - ACCELERATED CALCULUS

• ❑ One course from:

•     MATH 430 - FOURIER SERIES AND APPLICATIONS TO PARTIAL DIFFERENTIAL EQUATIONS
•     MATH 432 - SYSTEMS OF DIFFERENTIAL EQUATIONS

• ❑ One course from:

•     MATH 341 - PROBABILITY AND STATISTICAL INFERENCE
•     MATH 441 - PROBABILITY

• ❑ One course from:

•     MATH 304 - LINEAR ALGEBRA
•     MATH 401 - INTRODUCTION TO ABSTRACT ALGEBRA

• NOTE: The pair MATH 203-303 may be substituted for MATH 204 and 331

• ❑ Three courses from:

•     M/CS 335 - LINEAR OPTIMIZATION
•     M/CS 375 - NUMERICAL COMPUTATION
•     M/CS 435 - NONLINEAR OPTIMIZATION
•     M/CS 475 - NUMERICAL ANALYSIS

• ❑ 3 additional upper-division credits in mathematics or computer science as advised

University Graduation Requirements

General University Requirements (GURS) 
Writing Proficiency Requirement (WP) 
180 Minimum Total Credits 
60 Minimum Upper Division Credits 
Residency Requirement 
Minimum Grade Requirements 
Final Quarter Requirement