Computing and Applied Mathematics, B.S.

All courses in the core:

• CSC-105 Introduction to Computer Science
• CSC-121 Introduction to Computer Programming
• CSC-122 Data Structures and Algorithms

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• MTH-141 Integrated Precalculus/Calculus II or
• MTH-150 Analytic Geometry and Calculus I

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• MTH-151 Analytic Geometry and Calculus II
• MTH-160 Vectors and Matrices
• MTH-250 Vector Calculus

One proof-based course:

• CSC-261 Discrete Structures for Computer Science or
• MTH-260 Introduction to Discrete Mathematics

At least two of the following courses providing in-depth experiences:

• CSC-361 Information Structures
• CSC-363 Programming Languages Structures
• CSC-461 Computational Theory
• CSC-502 Research
• MTH-330 Combinatorics and Graph Theory
• MTH-340 Probability
• MTH-360 Linear Algebra and Matrix Theory
• MTH-450 Real Analysis
• MTH-460 Modern Algebra

At least two more courses from the following focusing on the application of computing or mathematics:

• CSC-341 Database Management Systems
• CSC-343 Artificial Intelligence
• CSC-344 Computer Graphics and Image Processing
• CSC-345 Computational Science
• CSC-362 Computer and Information Security
• CSC-465 Introduction to Numerical Analysis
• MTH-235 Operations Research
• MTH-255 Differential Equations
• MTH-335 Mathematical Models and Applications
• MTH-341 Mathematical Statistics

Requirements for in-depth experiences

The four courses meeting the requirements for in-depth experiences and the application of computing and mathematics must be evenly divided between CSC and MTH, two in each discipline.