Computational Science, B.A.


Availability: On-Campus
Degree: Bachelor of Arts (B.A.)

Computational Science Courses & opportunities


Each student in the B.A. in Computational Science degree program tailors coursework to a specific field of integrated computational science. These areas of concentration familiarize students with the concepts they’ll use in their future careers.

  • Computational Biology
  • Computational Chemistry and Physics
  • Computational Mathematics

Review complete course requirements for the B.A. in Computational Science degree program.

Your choice of concentration area allows you to focus your study on the area of integration most interesting to you. In your concentration and flexible open electives, take unique courses such as:

  • Physical Chemistry
  • General Biology
  • Logic and Sets
  • Complex Analysis

Requirements for the B.A. in Computational Science include:

  • 48 course credits in core computational science topics
  • 13-24 course credits in area of concentration courses
  • 49 course credits in Undergraduate Foundations general education courses
  • Electives to fulfill a minimum 124-credit hour degree requirement

Expect to take core courses such as:

  • Programming for Computational Mathematics and Data Science
  • Differential Equations and Modeling
  • General Physics
  • Computational Neuroscience

Among Asbury’s robust financial aid resources, the Walt and Rowena Shaw Science & Mathematics Scholarship is a competitive scholarship awarded to exceptional students in STEM majors such as computational science.

From academic merit scholarships to need-based aid, feel confident about tuition and costs with continued support from Asbury’s financial aid counselors.

Explore Asbury financial aid and scholarships.

Life-Changing Experiences

Designed to join theory and experimentation, the B.A. in Computational Science curriculum structure holds space for students to create project topics and work side-by-side on the research efforts of current professors and Asbury alumni through national research programs.

Where you’ll Learn

In both introductory and upper-division courses, computational science students handle sophisticated laboratory and computing equipment. For mathematical and scientific computing, you’ll learn how to measure and record information from microscopes, autoclaves, incubators and spectrometers and how to translate and analyze it with software.

Meet our Computational Science faculty

Computational science program courses harness the best of the Mathematics Department’s and the Science and Health Department’s expert faculty to develop each student’s plan of study in alignment with their career goals.

Cheryll Crowe-Johnson ’03, Ph.D.
Professor, Mathematics
Associate Dean, Shaw School of Sciences
Department Chair of Mathematics & Computer Science
Jennifer Sarver
Staff Assistant, Shaw School of Sciences
Associate Softball Head Coach
Duk-Hyung Lee, Ph.D.
Professor, Mathematics

Outcomes

What Our Alumni Do

Computer scientists are prepared for a huge variety of professions and industries. You can find our alumni working in web design, software engineering, computer engineering, cybersecurity and much more.

Only at Asbury

Students in the computational science program have presented projects at the annual SEARCH competition.


In small class sizes, highly respected science and math professors impart individual attention to students and guide their educational pursuits.


To help students navigate opportunities and decide which to follow, Asbury Student Services and Student Life is a supportive and collaborative network.

Questions?
We’d love to help!


Undergraduate Admissions