Applied Mathematics

Overview & Highlights: 

The applied mathematics emphasis is an industrial and engineering driven program which focuses on developing skills needed to solve real-world problems. It is intended that the program prepare the student to launch a career in the corporate and manufacturing industries. In addition, the B.S. in applied mathematics is designed to dovetail into graduate studies in applied mathematics and engineering.

What can I do with this degree? (Our Graduates): 

The leading role of the United States in technology and innovation is jeopardized due to a projected shortage of workers with sufficient math skills to meet future demands. Employment opportunities include, but are not limited to, the petroleum and energy industries, healthcare industries, land management and the insurance and banking industries. Graduates of the applied mathematics emphasis will also be well poised to continue graduate studies in mathematics or enter into an engineering program.

Unique Features - What makes this major different?: 

The student receives a thorough background in the basic applied mathematics courses, including linear algebra, differential equations, probability and statistics, and numerical methods. Students will be involved in using these mathematical tools to solve complex problems which arise in the energy and manufacturing industries. In addition, each student will participate in an independent research project. The "Mathematica" software program is used extensively in all applied math courses. Course requirements for the B.S. in applied mathematics will meet or exceed the math requirements for an undergraduate engineering degree.

Degree Course Listings: 

GENERAL EDUCATION OR OTHER PREREQUISITES (16 UNITS)
CHEM-101L General Chemistry I (4)
ECON-105 Principles of Economics (4)
MATH-140 Pre-Calculus (4)
PHYS-130L University Physics I (4)

REQUIRED COURSES (38 UNITS)
MATH-210 Calculus I (4)
MATH-220 Calculus II (4)
MATH-230 Calculus III (4)
MATH-335 Linear Algebra (3)
MATH-345 Numerical Analysis (3)
MATH-350 Problem Solving (3)
MATH-360 Probability and Statistical Methods 1 (3)
MATH-365 Differential Equations (3)
MATH-370 Discrete Mathematics (3)
MATH-420 Real Analysis I (3)
MATH-454 Complex Analysis (3)
MATH-486 Topics: Independent Research (2)

Supporting Courses (11 units)
CHEM-102L General Chemistry II (4)
CS-120 Introduction to Computer Science I (3)
PHYS-131L University Physics II (4)

ELECTIVES (6 UNITS)
Select two of the following:
MATH-486 Topics: Topology (3)
MATH-486 Topics: Advanced Applied Mathematics(3)
MATH-486 Topics: Partial Differential Equations (3)
MATH-486 Topics: Operations Research (3)
MATH-486 Topics: Game Theory (3)
MATH-486 Topics: Fourier Analysis (3)

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