204 Mathematics Bachelor's Degree Programs

The degree in Mathematical Engineering at Universidad Europea is a four-year program in English designed to train the mathematicians of the future with a global vision of computing, calculus, and business as data scientists. Mathematical engineering includes a variety of areas and specializations, and our curriculum covers many areas that you can deepen your interest in over time, including the operation, development, design, and administration of mass data systems.

Build, model, experiment and code. Reason logically and creatively about computational, mathematical, physical and chemical systems. Work with modern computing and research technology.

After completing their first 60+ units at Mission College, many students then transfer to a university to complete their Bachelor's degree. Our international students have transferred to many prestigious four-year universities.

The General Studies: Natural Sciences & Mathematics program allows a student to develop their own course of study from the different disciplines within the Division of Natural Sciences & Mathematics. Students work with their advisors to tailor the classes in their degrees to match their personal and professional goals. This degree option serves students that need a custom program in preparation for further graduate studies or pre-professional coursework.

Mathematics is fundamental in all scientific fields, as well as in the design and development of new technologies. The degree program in Mathematics aims to prepare a professional profile able to understand and apply both the tools of traditional mathematics and those of more modern theories.

Mathematics is a driving force behind many of today’s advancements in medicine, economics and business, and science and technology. As a Bachelor of Mathematics student, you can choose from a broad range of program options, such as actuarial science, mathematics, statistics, etc., according to your interests and career goals.

We will not surprise anyone when we say that we use various smart devices or come across digital products every day, maybe we have even heard something about digital currencies. You can only be surprised by the fact that all this is related to mathematics in one way or another. The math behind today's products isn't terribly complicated once you get the hang of it. It is like the language of modern technology. We all know the alphabet of this language, but not all of us can create new digital products, ensure the safe and perfect operation of new systems.

The program in the Department of Mathematics provides a solid background in both pure and applied mathematics, covering fundamental concepts as well as the latest developments in research.

The B.S. degree in Mathematics for Business is designed to provide a strong mathematics and statistics foundation and a well-rounded education in the quantitative aspects of finance, modeling, and analytics. Graduates of the Mathematics for Business program are valuable assets to the business community. They bring expertise in Mathematics, Statistics, and Operation Research, along with excellent analytic skills to businesses, financial institutions, insurance firms, and government agencies.

Study Mathematics at Azusa Pacific University You’ll experience learning in a supportive faith-based community integrating your personal faith and values with your technical skills in math to help you make a difference in the world.

Prepare for a career teaching Mathematics in international secondary schools with the Mathematics specialisation at ITESS. You’ll grow into an engaging, inclusive, and culturally sensitive educator, with the knowledge, skills and experience needed to teach Mathematics effectively in a secondary school.

Mathematics is about number operations and algebra, motion and change (calculus and differential equations), logical analysis, scientific visualization, structure and geometry, the prediction of random events (probability), the extraction of useful information from large sets of data (statistics), the discovery of the best ways to do things (optimization). It is abstract and theoretical, and intensely down-to-earth and practical, all at the same time.

The B.S. degree in Mathematics is a program that offers a selection of courses from pure to applied mathematics and statistics. The program is suitable for students who would like to pursue graduate study or for those who desire a strong foundation for math-related careers or research that require analytical and critical thinking, and problem-solving skills. Graduates in this degree are set to succeed in a range of careers in research, education, computer and data science, financial analysis, statistical analysis, etc. Students are encouraged to pursue research and internship opportunities. Students have the option to declare a concentration in Actuarial Science or Statistics. Students who would like to add a Teacher Licensure can also add a minor in Secondary Education by their second year.

Mathematics is about number operations and algebra, motion and change (calculus and differential equations), logical analysis, scientific visualization, structure and geometry, the prediction of random events (probability), the extraction of useful information from large sets of data (statistics), the discovery of the best ways to do things (optimization). It is abstract and theoretical, and intensely down-to-earth and practical, all at the same time.

This degree will allow you to train in the knowledge of the language and formalism of mathematics so that you can face and adapt to the challenges that appear with technological advances. You will acquire a good mathematical foundation with which you will be able to master the language with which technology is designed.

The Mathematics major is characterized by a balance between theory and application, beginning in the pre-calculus sequence and continuing through to upper-division courses. Appropriate technology is integrated at all levels of the curriculum. At the end of the program, students are prepared to enter graduate school or business and industry. Students may also complete courses required for secondary teaching certification.

Numbers are the universal language. Numbers lie at the foundation of the universe and they provide us with a means to analyze, understand and predict. Without numbers, not a lot gets done. Numbers power our computers, rocket ships, the internet, and the financial sector—almost everything. Through analytics, equations, and statistics, we can make sense of the world. As you might imagine, a mathematics education can take you in many directions.

Actuarial Science is an important field of Applied Mathematics. It requires Mathematical and Statistical skills to study and analyze uncertain events in the insurance and financial fields. An Actuary needs to know Calculus, Differential Equations, Linear Algebra, Probability and Statistics, Interest Theory, etc. In addition, an Actuary has to learn some Finance, Accounting, Economics, and some other topics in Insurance.