An Applied Mathematics major prepares you to use applied and theoretical mathematics to solve quantitative problems in business, government, and technology. Learn about quantitative design in God's creation from expert mathematicians. The applied mathematics major is built to meet the increasing need for mathematicians in areas of science and technology and to prepare you for further graduate study in mathematics.
Applied Mathematics might be the right degree for you if:
- you know numbers matter
- enjoy thinking in an abstract manner
- want a career that uses your mathematical talents
In the Applied Mathematics program, you’ll gain skills needed to thrive in science and technology industries. With an Applied Mathematics degree, you’ll gain knowledge needed for graduate study in mathematics.
Why study applied mathematics at Northwestern?
At Northwestern, you’ll learn from Christ-centered professors with professional expertise. You’ll study concepts including infinite, dimension, and mathematical certainty in a faith-based program. You’ll also investigate how faith has shaped the development of quantitative disciplines.
Northwestern students take part in local, regional, national, and international mathematics competitions. You also have the opportunity to present your work at local and national conferences.
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Careers in applied mathematics
There are a variety of career and academic pathways that begin with a degree in applied mathematics.
What types of work are related to this degree?
- Data Collection
- Information Analyst
- Actuary
- Data Analyst
- Accountant
- Statistician
- Underwriting/Claims
- Investment Analyst
- Risk Management
- Sales
- Operations Researcher
- Applied Mathematical Scientist
- Statistical Analyst
What will I learn?
You will learn to analyze, think critically, and solve problems.
COS 3001
C Programming Language
Fundamental principles of programming in the “C” programming language. Programming techniques, language and vocabulary. In addition, materials cover variables identification, loops, conditionals statements, data transformations, arrays, pointers, and programming functions.
MAT 3335
Differential Equations with Applied Linear Algebra
Techniques for solving systems of linear equations and first, second, and higher order ordinary differential equations, including the method of the Laplace transformation. The algebra of matrices, linear transformations, determinants, vector spaces, characteristic equations, eigenvalues, eigenvectors, and applications in the physical sciences and engineering are included.
MAT 3225
Discrete Mathematics
An overview of the mathematics of discrete processes. Topics include graphs, trees, linear programming, recursion and algorithm analysis.
MAT 2075
History of Mathematics
A course designed for mathematics teachers and others wanting to broaden their mathematical background; a brief synopsis of the history of mathematics from its earliest days to the present. Focus on topics related to elementary, middle and high school mathematics. An examination of key ideas, processes and topics in mathematics that share common historical roots, which may include: numeration systems, trigonometry, solving equations, geometric perspectives, statistics, logic, and infinity.
MAT 2005
Problem Solving
An introduction to mathematics and mathematics problem solving, including problem selection, problem solving strategies, the problem solving process and contemporary applications of mathematics. Some emphasis on the importance of good oral and written communication skills and teamwork.
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Discover the Department of Computing, Analytics, & Mathematics
Professors at Northwestern are focused on their students first. Our faculty include experts in their respective fields who want to help you grow in your faith while you earn your degree.
