Bachelor of Science in Mathematics
What do careers in personal financial advising, meteorology, and market research all have in common? A bachelor’s degree in mathematics is a great start! This major prepares students for careers in teaching at the secondary level, research, industry, business and graduate study. With a major in math, you will learn skills that will enable you to serve God and our society in ways many people can’t. You have an ability to make significant contributions, and we are here to help you do just that.
If you are wondering what you can do with a mathematics major,whatcanidowiththismajor.com is a great resource.
At CBU, we are concerned with more than just providing the required coursework to be a skilled mathematician. We not only provide courses in calculus, differential equations, statistics and linear algebra, but we also care about you and want to help you prepare for the career that is right for you.
- Mathematician - Conduct research to develop and understand mathematical principles. Apply mathematical techniques to solve real-world problems.
- Education – Teaching in high schools or higher education.
- Computers and Technology – Programming, systems development, network administration, technical support, animation.
- Banking and Finance – Commercial lending, trust management, mortgage loans, cash management, cost estimator.
- Government jobs with the NSA, CIA, or FBI - Use the process of taking information to reduce the ambiguity of highly uncertain situations.
- Student Learning Outcomes
- Have a solid foundation of mathematical processes at a level comparable to that of students graduating with a BS in mathematics at other universities. Processes should include (but are not limited to) a proficiency in logic, problem solving, and methods of proof.
- Demonstrate their ability to apply mathematics in other fields at an appropriate level and demonstrate their ability to apply knowledge acquired from their major to real world models.
- Demonstrate mastery of abstract mathematical concepts, including rings and abstract algebra, and critical reasoning.
- Acquire up-to-date skills and/or applications of computer programming related to future career choices.
- Apply their knowledge of mathematics through an in-depth senior project/research experience. Results will be presented in both written (paper, publication, etc.) and visual (PowerPoint, poster, etc.) formats.
- Read, interpret, and critically analyze journal articles directed at undergraduate students.
- Career Opportunities
- Statistical Analyst
- Software Engineer
- Computer Programming
- Accountant/Financial Adviser
- Network Administrator
Mathematics Major (53-58 units) BS
Lower Division Requirements
CIS268 COMPUTER PROGRAMMING LANGUAGES
MAT245 ANALYTICAL GEOMETRY & CALCULUS I
MAT250 MODELNG & APPS OF CALCULUS
MAT255 ANLYTICAL GEOMETRY & CALCULUS II
PHY214 PHYSICS FOR SCIENTIST I W/LABPHY224 PHYSICS FOR SCIENTIST II W/LAB
Upper Division Requirements
MAT313 MATHEMATICAL PROOFS/STRUCTURES
MAT323 ABSTRACT ALGEBRA I
MAT343 MULTIVARIABLE CALCULUS
MAT403 LINEAR ALGEBRA
MAT413 DIFFERENTIAL EQUATIONS
MAT443 ADVANCED CALCULUS
Concentration Courses (12-17 units)
Students must complete one of the following concentrations:
- Advanced Studies in Mathematics
- General Studies in Mathematics
- Secondary Mathematics Education
Advanced Studies in Mathematics (12 units)
MAT333 COMPLEX VARIABLES
MAT423 INTRODUCTION TO TOPOLOGY
MAT453 NUMERICAL ANALYSIS
MAT483 ABSTRACT ALGEBRA II
General Studies in Mathematics (12 units)
Complete twelve (12) additional upper division units in Mathematics.
A maximum of six units may be completed through enrollment in MAT 400
Secondary Mathematics Education (17 units)
MAT101 ORIENTATION TO THE DISCIPLINE
MAT333 COMPLEX VARIABLES
MAT353 PROBABILITY & STATISTICS
MAT363 HIST OF MATH & THEORY OF NUMBERS
MAT463 FUND CONCEPTS OF GEOMETRY