Overview of Bachelor of Science in Computational Mathematics Program
A bachelor's degree program in computational mathematics will expose students to introductory and advanced concepts in both mathematics and computer science. These degrees are designed to prepare students for careers in which a high-level understanding of both mathematics and computer science is either necessary or very helpful, like mathematical analysis, systems analysis, and computer programming. In addition to a core curriculum, these programs may allow students to take elective courses in areas that are of interest to them. Below, we will learn about admission requirements for these programs, some common courses that are found in these programs, what factors will help you decide which program to choose, and some possible career paths.
Admission Requirements for Bachelor of Science in Computational Mathematics Programs
To gain admission into bachelor's degree programs in computational mathematics, prospective students typically do not need to have taken any previous prerequisite coursework. However, because these programs are math-focused, students will likely be expected to have some experience in mathematics. In addition, students will need to meet the general university application and admission requirements, which may include submitting high school transcripts, standardized test results, letters of recommendation, and a personal statement. Some programs may allow students to obtain university-level credit for some of the basic mathematics courses if they took AP courses while in high school and scored well on the AP exams.
Bachelor of Science in Computational Mathematics Program Coursework
These programs may vary slightly in coursework from school to school, but in general all Bachelor of Science programs in computational mathematical will include similar courses, five of which are discussed below.
Programs in computational mathematics will typically include a course that covers the fundamentals of differential equations. Students will focus on ordinary differential equations and cover topics like first order and linear second order equations, undetermined coefficients, vibrating systems, and Laplace transforms. The course may also include a theoretical component exploring topics such as existence.
In this course, students will learn about topics including introductory level combinatorics, Boolean logic, set theory, and probability. Students will pay special attention to how discrete mathematics can be applied to the world of computer science and solving various computer information systems problems. The course may highlight ways in which discrete mathematics has been applied to real life computer science problems in the past.
Bachelor's programs in computational math typically include several classes in numerical analysis that build upon one another. Students will learn about topics like numerical quadratures, interpolation, matrix norms, approximation, and numerical linear algebra. The course will also focus on numerical analysis in relation to scientific computing and nonlinear equations.
Computer science courses are common in computational mathematics' programs and typically include content from the introductory to advanced level. In these courses, students will first be exposed to basic concepts in computer science like how to program using Java, how to layout programs, and different type of data. More advanced courses will cover topics like project design, polymorphism, abstract classes, and exception throwing.
In this course, students will learn about different types of mathematical models. These could include stochastic models, deterministic models, and simulation models. Students will explore the different real life scenarios in which each of these models could be used to problem-solve. This course may also require students to complete their own modeling project.
How to Choose a Bachelor's Degree in Computational Mathematics Program
Selecting which Bachelor of Science program in computational mathematic is right for you may be a tough choice, so it is important to consider some key factors that may make this decision easier. Location of the school is likely going to be an important factor in selecting a program, as well as size of the school and culture. If you are interested in pursuing a master's degree or an additional degree while studying computational mathematics, you may want to look for programs that allow dual-degree options or have an accelerated bachelor to master's degree track.
Career Options with a Bachelor's Degree in Computational Mathematics
Students who earn a bachelor's degree in computational mathematics will be qualified for a number of different careers. Perhaps most obviously, they could pursue a career as a mathematician or statistician, a field that is expected to grow by 33% between 2016 and 2026 and was projected to earn a median annual salary of $81,950. A few other career options are listed below.