Physics
Major, Minor

Physics major overview

Discover how the universe works, from tiny particles to giant galaxies! As a physics major, you'll team up with amazing professors and other students who share your passion. This path will set you up for exciting careers in physics, math, engineering, computer science and beyond.

AT A GLANCE

Degree Type
Bachelor of Arts (B.A.)
Bachelor of Science (B.S.)
Format
On Campus
Credit Hours
23 - 6541-44 Credit Hours
Go To Why This Program Program Highlights Careers & Outcomes

Why become a physics major at CMU

Explore the wonders of the universe as a physics major. Learn the principles of physics, from thermal energy to quantum theory, astrophysics and advanced mathematics. You'll dive into hands-on lab work and use cutting-edge facilities to turn theory into practice.

With a 3:1 student-to-faculty ratio, you’ll get one-on-one support during your time as a physics major. Your journey will finish with a capstone project, where you’ll work closely with a faculty advisor. This will prepare you for careers in physics, computer science, engineering, finance, business and more. You’ll also be ready for top graduate programs.

Quantum science

As a physics major, you'll study how atoms behave and interact with molecules, nanoparticles and solids. By predicting atomic interactions, you'll help discover new materials and molecules that are essential to modern technology. Our students are currently investigating materials for capturing carbon dioxide from the atmosphere and developing new battery technologies. Their work could lead to revolutionary breakthroughs, like artificial photosynthesis, quantum systems for qubits and smart materials for devices.

Nuclear physics

Our partnership with Michigan State University gives you access to the $680 million Facility for Rare Isotope Beams (FRIB), where over 1,000 scientists research rare isotopes found in stars and supernovae. You can also conduct research using our state-of-the-art ion-trap, which measures atomic masses with extreme precision. As a prospective student, join us for Physicists Inspiring the Next Generation (PING), a two-week summer program for pre-college/high school students. 

Live and learn with fellow science lovers in our Science and Engineering Residential College, where you'll find personalized tutoring, career programs, and lifelong friendships. As a physics major, you’ll build a strong foundation for your future in science and beyond!

Courses What Will Transfer DEPARTMENT INFORMATION

Opportunities as a physics major

As a physics major, you'll:

  • Become career or graduate school ready: Join a program in which nearly 100% of graduating students secure jobs or gain admittance into graduate programs.
  • Have hands-on research opportunities: You research advanced technology like laser spectroscopy or study the stars using our telescope at Brooks Astronomical Observatory. Many students share their research at national events, and over half take part in summer research programs.
  • Get involved: Join a physics student organization to get involved, build connections and expand your personal and professional portfolio with experiences you can use on job interviews.
  • Earn scholarships: Be eligible to receive the Kenneth Wright Physics, David H. Current or Kenneth W. And Margaret Cuff Saunders scholarships.
  • Get paid for experience: you will have access to paid summer research experiences supported by federal funding regularly obtained by faculty in the department.

Careers for physics majors

With a degree in physics you’ll be prepared for a variety of careers related to physics, mathematics, engineering, computer science, finance and more.

Career Projected Salary
Physicist $155,680
Data Scientist $108,020
Physical Scientist $86,095
Research Scientist $74,342
Scientific Research and Development Services $123,330
A lit up computer motherboard.
CMU Peralta Jackson
Boosting the science of creating new materials

A Central Michigan University-led team received a $5 million grant from the U.S. Department of Energy to improve computer models that predict how materials react at the atomic level. These models, faster than lab experiments, currently face an accuracy issue called "electron self-interaction."

The team, including researchers from four universities, aims to fix this problem. The funding will support software development and research, with potential applications in energy and technology. If successful, their method could be widely adopted by scientists, significantly advancing materials science research.

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