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Beyond the Classroom: Physics

Key Resources

Academic Advisors

Visit the NatSci Advising page for contact information and instructions for scheduling an appointment

Department Website

Visit the department website for important updates and information

Major Requirements

Visit the Office of the Registrar's website for detailed information about requirements for the BA & BS

Provides a thorough foundation in the field of physics. The BS degree is for those interested in experimental or theoretical physics as a preparation for positions in industry and for graduate study. The BA degree is for those students who wish to pursue a physics major combined with a broader education in the liberal arts than the BS degree permits.


Skills and Competencies

  • Analytical & Quantitative Skills – Apply advanced mathematical and computational methods to analyze physical systems and solve complex problems
  • Scientific Research – Design, conduct, and interpret experiments to test hypotheses and advance scientific knowledge in physics
  • Critical Thinking - Employ critical thinking to analyze scientific data and effectively communicate research findings to diverse audiences

This Major Could Be For You If:

  • You are fascinated by the experimental and theoretical aspects of physics, from classical mechanics to quantum physics
  • You enjoy solving complex problems using mathematics and computational methods
  • You enjoy working on interdisciplinary projects that combine physics with other scientific or engineering disciplines

Common Questions

What’s the difference between the BA & BS?

The BS focuses on a strong foundation in physics and mathematics, ideal for research or graduate study. The BA degree is for students who wish to pursue a physics major combined with a broader education in the liberal arts than the BS degree permits.

Is the degree only valuable in academia?

No. A physics degree is also valuable in engineering, data science, IT, and other fields due to the strong analytical and problem-solving skills it provides.

What makes this major unique?

The major combines theoretical knowledge with experimental training and advanced computational skills, preparing students for both industry and advanced studies.

Skill Development

Building your skills takes exploration and experience. These opportunities below are options you may be interested in. These are ideas to get you started; you have the freedom to find what aligns with your goals.

Research Opportunities

Work-Based Learning

Career Growth

  • Engage with NatSci’s Career Exploration workshops and resources

Campus Involvement

Education Abroad Ideas

University of New South Wales

  • 12-15 weeks | Fall/Spring
  • Direct Enroll

University of Oslo

  • 12-15 weeks | Fall/Spring
  • Exchange

To get started with Education Abroad and to explore other programs that suit your goals, check out the MSU Education Abroad website or visit the Education Abroad Advising Center.

Career Exploration

Career exploration is all about discovering the paths that align with your interests, personality, lifestyle, values and skills. Remember, your major doesn’t define your career, and the career cluster examples provided are just a starting point—not an exhaustive list. Explore widely, and keep an open mind as you shape your future!

Research & Development (BS)

Careers

  • Research Scientist
  • Data Scientist
  • Laboratory Technician
  • Experimental Physicist
  • Computational Physicist

Engineering & Technology

Careers

  • Systems Engineer
  • Measurement Engineer
  • Software Engineer
  • Electronics Engineer
  • Optical Engineer

Education & Outreach (BA)

Careers

  • High School Physics Teacher
  • Science Communicator
  • Curriculum Developer
  • Educational Consultant
  • Museum Educator

Looking for more options?

What Can I Do With This Major?