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Bachelor of Science

Physics: Computational Emphasis (B.S.)

The computational emphasis combines an excellent the principles of physics with computer programming. This natural mixing of disciplines produces individuals who are well prepared to solve hard problems in many fields and industries.
Request more information about the Computational program and discover how BYU-Idaho can help you reach your goals.

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Computational Physics Introduction

Because physicists are highly sought-after in many modern fields, adding a strong competency in computer programming to your skillset only adds to your appeal. You become a sound thinker, with great problem-solving skills, and great tools at your disposal.

The computational emphasis provides 12 credits of computer science and math to improve your programming abilities. Python is the language of choice for the physics department. While you earn your degree, and even after, you'll find plenty of support from fellow students and the physics faculty.

Highlighted Courses

If you are interested in Computational Physics, start with one of the following major-specific courses
April 23, 2026 02:42 PM
CSE 110
April 23, 2026 02:29 PM
PH 121
April 23, 2026 02:30 PM
PH 123
April 23, 2026 02:43 PM
CSE 212
April 23, 2026 02:31 PM
PH 279
April 23, 2026 02:32 PM
PH 295
April 23, 2026 02:43 PM
DS 460
See Example Class Plan

Salary Outlook for BYUI Graduates

Explore earnings data for BYU-Idaho graduates in physics-related fields.

1 year

$39,242

Average Salary

5 years

$85,137

Average Salary

Career Possibilities for Computational Physics

Graduates with a degree in Computational Physics have a wide array of rewarding careers before them. Check out some of the top careers students get with this degree or explore more career options in I-Plan.

Career Options

Data Source: Industry and occupation employment and wage estimates are modeled using data from Lightcast, the U.S. Bureau of Labor Statistics, and other public sources. Figures are estimates and actual outcomes may vary by employer, experience, and location.

Dive Deeper Into Computational Physics

Explore helpful articles about this major, including career paths, skills, and opportunities. Get the insight you need to make an informed decision about your future at BYU-Idaho.

Explore Major Discovery
August 21, 2026 11:18 AM
Explore modern tools physicists use to compute data and advance research.
4 Min Read
August 21, 2026 11:14 AM
Physics isn't about being a human calculator. It is about being a problem solver.
2 Min Read
August 21, 2026 10:26 AM
You might be surprised to learn that the difference emphases of the physics program are pretty similar. While five options might feel a lot, they only differ by the addition of a handful of courses. The core program is the same. Physics deals with advanced math, scientific principles, and the study of energy and matter.
6 Min Read

AI in Academics

At BYU-Idaho, we are strategically integrating Artificial Intelligence to enhance academic excellence and prepare our students for an evolving world.

AI in Physics
You will learn to ethically apply AI tools for data analysis, information retrieval, and coding to enhance your research efficiency. We emphasize using AI as a supplement to human ingenuity, ensuring you understand both its powerful capabilities and its limitations.
Advance Knowledge, Enhancing Learning, and Developing Workforce Readiness
AI in Academics means learning to advance knowledge, enhancing learning, and developing workforce readiness through tools that support (not replace) your effort and integrity.

Related Majors

Next Steps With BYU-Idaho

Explore how to begin your academic journey at BYU-Idaho by starting your application today.
Learn how to update your academic path with simple instructions for requesting a major change.

Learn More About the Computational Emphasis Program

Request more information about the Computational Emphasis program and discover how BYU-Idaho can help you reach your goals.

Request More Information