Online BS in Mathematics Curriculum

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Mathematics is among the most versatile and flexible degrees you can pursue as an undergraduate. The knowledge and skills you can gain through foundational, theoretical, and practical college math courses help equip you to seek careers in diverse settings like education, statistics, analytics, data science, and technology.

When you earn your online bachelor’s in math, you can use the knowledge you gain in the classroom to think logically and solve problems creatively in your career. Check out how our online mathematics curriculum can help prepare to achieve your educational and professional goals.

Maryville students are brave

“I’m taking Intro to Python right now and am amazed by Professor Bean’s knowledge. I’m happy to see the expertise of my professors in math and data science at MU are comparable to videos of MITOpenCourseWare.” – Miguel Montes, Online Bachelor of Science in Mathematics student

Maryville University Online BS in Math Curriculum

Maryville’s online Bachelor of Science in Mathematics comprises 128 credit hours and includes coursework in general education, the mathematics major, and mathematics electives. Build your college-level math foundation and advance your understanding with our required mathematics major courses. Our program is also designed with a built-in data science minor to help you develop skills to prepare for high-tech careers in coding, machine learning, and more.

Mathematics Core

MATH 251Calculus III3 Credits
MATH 300Algebraic Structures and Proofs3 Credits
MATH 312Number Theory with Applications3 Credits
MATH 316Applied Linear Algebra3 Credits
MATH 320Applied Differential Equations3 Credits
MATH 370Probability I3 Credits
MATH 371Probability II3 Credits
MATH 372Mathematical Statistics3 Credits
MATH 430Fundamental Analysis3 Credits
MATH 460Optimization3 Credits
MATH 470Introduction to Abstract Algebra3 Credits

Data Science Minor (Required)

DSCI 200Foundations of Data Science3 Credits
DSCI 201Math Modeling – Excel3 Credits
DSCI 302Introduction to R3 Credits
DSCI 303Introduction to Python3 Credits
DSCI 304Introduction to SQL3 Credits
DSCI 408Machine Learning3 Credits


MATH 311Discrete Mathematics3 Credits
MATH 330College Geometry3 Credits
MATH 405Statistical Modeling I3 Credits
DSCI 307SAS Programming3 Credits
DSCI 314Natural Language Processing3 Credits
DSCI 318Experimental Design3 Credits
DSCI 324Data Visualization3 Credits
DSCI 412Predictive Modeling3 Credits
DSCI 417Big Data Analytics3 Credits
DSCI 419Deep Learning3 Credits
COSC 140Introduction to Blockchain3 Credits
COSC 150Introduction to Java Programming3 Credits
COSC 151Computer Science I3 Credits
COSC 220Database Applications3 Credits
COSC 350Data Structure & Algorithms3 Credits

To ensure the best possible educational experience for our students, we may update our curriculum to reflect emerging and changing employer and industry trends. Undergraduate programs and certificates are designed to be taken at a part-time pace. Please speak to your advisor for more details.

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What skills and competencies are taught in college math courses?

Online bachelor’s degree programs in mathematics can help you develop a robust range of useful skills. In addition to providing knowledge and an understanding of complex mathematical concepts and applications, math degrees are designed to help you build skills like:

  • Analytical thinking. When you earn your math degree, you build strong analytical skills that can help you gather information, synthesize it to extract meaning, communicate your findings, and leverage your analysis to solve problems.
  • Quantitative thinking. Learn to analyze and find meaning in even the largest, most complex data sets as you develop strong quantitative skills. This competency involves the ability to work with numbers, from generating data to analyzing it systematically, which can help you thrive in both theoretical and applied settings.
  • Statistics. When navigating a large data set, knowledge of statistics can help you discover trends, make predictions, summarize findings, and understand the limitations and potential of the data available. Statistics skills are useful in a variety of fields, including data science, government, politics, medicine, nonprofits and NGOs, public health, technology, retail, and marketing, so a deep understanding of statistics can go a long way when you’re on the job market.
  • Mathematical application. Go beyond theoretical components of mathematics and learn how the numbers and formulas apply to the real world. Applied mathematics skills can open the door to a wide variety of professional opportunities. Discover how to leverage your knowledge in fields such as medicine, meteorology, cosmology, finance, technology, ecology, engineering, travel, sports, and more — math skills can apply in some form to almost any industry.

What courses can I expect to find in my bachelor’s in mathematics curriculum?

When you choose to study mathematics, there are plenty of specialized paths for you to choose from. So you can typically focus on the area of math that interest you most. At Maryville University, our online B.S. in Mathematics gives you the chance to deepen your understanding of math and numbers through courses like:

  • Foundations of Mathematics. Foundational coursework in math introduces you to the mathematical theories and proofs applied in calculus. In this course, you can build your understanding of topics like logic, calculus theory, mathematical inductions, real number properties, and functions. In addition to preparing you for advanced topics in math, these skills are applicable to many professional settings and useful across an array of industries.
  • Applied Differential Equations. In applied differential equations courses, you can gain competency in calculus and differential equations. The coursework explores topics such as first-order differential equations, linear equations of higher order, and nonlinear differential equations. Scenarios inspired by real life can help you discover how to apply your learning through computers, mathematical models, and other tools.
  • Probability. The study of probability is important if you need to make sense of uncertainty and randomness in data during your studies or career. By learning to discern patterns, examine the distribution of random variables, and calculate percentiles, you can leverage your knowledge of probability to recommend decisions and solve problems.
  • Math Modeling. Mathematical models — such as graphs, diagrams, and charts — represent situations or systems in the real world. The application of this topic spans across a plethora of professional uses. In this course, you get the chance to work with and study models that test hypotheses, represent linear time, analyze and compare data, determine averages, and make accurate estimations. You can also learn how to determine which mathematical models are an appropriate fit for your goals and apply them across an array of fields, including business, marketing, economics, social science, and biological science.
  • Machine Learning. Machine learning is the science of training machines and computers to learn through algorithms, data processing, or other means. The machine learning course allows you to study topics like supervised learning, learning theory, adaptive control, neural networks, and machine learning applications. These concepts can be applied professionally to self-driving cars, navigation software, user experience of social media, natural language processing, and fraud detection, among many other areas — so you can prepare to pursue a high-tech career in an exciting field.

Learn more about our online bachelor’s degree in mathematics.

If you’re excited about a future in mathematics, your online degree can help prepare you for any number of exciting professional outcomes.

At Maryville University, our college math courses are designed to help you pursue a rewarding future and enhance your quantitative, analytical, statistical, theoretical, and applied math skills. More importantly, we help you connect what you learn to real-world applications, so you can see firsthand how your knowledge can lead to professional success.

Our online Bachelor of Science in Mathematics is a comprehensive, flexible academic program with courses that you can complete from anywhere, on your time. Learn more about how our online Bachelor of Science in Mathematics program can help you achieve your goals.