For up to date degree information, including course requirements and 4-year degree plans, please visit the Physics program page in the general catalog. To declare a major or minor, or determine which classes to register for next, please meet with our undergraduate academic advisor regularly.
To see a future teaching schedule and see when classes will be tentatively taught, visit our P&A Four Year Teaching Plan directly through this Google Sheet.
The most recent archived version our Undergraduate Handbook can be found here. Note that this handbook PDF file was archived before April 24, 2026.
What is a Physics Degree?
A degree in physics can be a 4-year degree starting with college algebra. All of the physics degrees and emphases require a calculus-based introductory physics sequence with labs, a course in modern physics, thermodynamics, statistical mechanics, a practical physics course, and an advanced physics course. Most degrees and emphases also require a course in classical mechanics, advanced electrodynamics, and quantum mechanics. The degrees differ in the number of semesters of each of these courses, the number and type of required practical courses, and the requirements for the depth and breadth courses. All degrees and emphases also require calculus I - III, linear algebra and differential equations. Most emphases require partial differential equations and complex variables, or equivalent.
Degree Options:
All of the degrees and emphases in physics have similar requirements in the first two years, so it is possible to explore the major before making a final decision on the degree program or emphasis.
Our Base Physics major is intended for students to gain familiarity with physics, but is lightweight and flexible enough to pursue other interests including double majors in other fields. Taking an emphases will enable you to specialize more, and emphases are recommended if you’re interested in graduate education in Physics & Astronomy.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Base Major and specific emphases. Click on the accordions below to learn more about the different degree emphases that we offer. Last edited in April 2026.
The Base Physics major consists of a 5-course core sequence (Physics 1 - Physics 5) together with math courses and three advanced physics courses. It is designed to give students exposure to the foundations of physics, and to provide flexibility for pursuing their interests including a possible second major or a minor in another field.
All students will take the Core Physics and Core Math courses, no matter their emphasis.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Base Major and specific emphases.
The Applied Physics emphasis* gives students more exposure laboratory physics and techniques, and helps prepare students for both graduate studies in experimental physics, or for a career in engineering-related industries. A number of graduates from this emphasis have also pursued careers in law, particularly focusing on intellectual property (i.e., patent) law.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Applied Physics emphasis.
*Starting in the 2027-28 academic year, this emphasis will likely change to the "Applied Physics and Quantum Technologies", and will include new coursework in cutting-edge quantum technologies.
The Physics major with an Astronomy & Astrophysics Emphasis prepares students for graduate school in Astronomy or Astrophysics. At its core, it is the same sequence of courses that are in the Physics Bachelor’s Degree, but the depth and breadth courses have been replaced with astronomy electives, allowing students to study astronomy as an undergraduate.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Astronomy and Astrophysics emphasis.
The Physics major with a Biomedical Physics emphasis is designed with the intent of allowing students to complete their pre-med requirements as well as complete a degree in physics. This is an ideal degree for applying to medical school, dental school, or other medical professions. Students also use this degree program to prepare to study biophysics or medical physics.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Biomedical Physics emphasis.
The Physics Bachelor’s Degree with a Comprehensive Physics emphasis is intended for students who are planning to pursue graduate work in physics. The Comprehensive Physics emphasis allows for deeper and broader preparation in computational physics, thermodynamics, and quantum mechanics. Students choose advanced and practical electives to best meet their goals and interests.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Comprehensive Physics emphasis.
The Computational Emphasis is designed for students interested in focusing on computational methods in physics and astronomy. This emphasis provides excellent preparation for students interested in graduate studies in computational-heavy areas of physics and astronomy. A broad range of electives allows students to customize their experience toward their interests.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Computational emphasis.
The Physics Teaching major is intended for students who plan on becoming teachers in the secondary school system. It includes all the required courses for an endorsement in Physics through the Utah State Office of Education, a sampling of courses required for the licensure program through the Urban Institute for Teacher Education (UITE), as well as additional depth and breadth courses beneficial for physics teachers. Students in this degree program should also meet with the UITE advisors.
Combined BS/MEd Degree
Students interested in completing the combined BS/MEd degree in 5 years should meet with their physics and education advisors as soon as possible to create a plan to complete in a timely manner. Graduate work is completed through the Urban Institute of Teacher Education.
Please see the Physics program page in the university catalog for more information about specific course requirement for the Physics Teaching emphasis.
Honors College Requirements
| 2 Intellectual Traditions Courses | 6 |
| 1 Honors Writing Course | 3 |
| 1 Honors Science Course | 3-4 |
| Honors Electives | 9 |
| Honors Thesis (PHYS/ASTR 4999) | 3 |
Department Requirements
In addition to the requirements for the physics degree, students seeking an Honors Degree must also meet the following requirements:
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Honors Courses
Courses offered by the Department of Physics & Astronomy that fill Honors elective requirements are:| PHYS 3729 | Honors Undergraduate Lab |
| PHYS 4800 | Undergraduate Research |
| PHYS 5450 | Intro to Quantum Mechanics |
| PHYS 5510 | Solid State Physics I |
| PHYS 5520 | Solid State Physics II |
| ASTR/PHYS 5560 | Stars and Stellar Populations |
| ASTR/PHYS 5570 | Galaxies |
| ASTR/PHYS 5580 | Cosmology |
The physics minor is designed for students outside of the major to gain an deep knowledge and understanding of physics.
Any University of Utah student with a declared major other than physics can add a physics minor.
Physics minors must complete all general education and College of Science requirements and have a GPA of at least 2.0 in physics courses combined. All physics, math, and chemistry classes must be passed with at least a C- grade. The credit/no-credit option may not be elected for any course used to fulfill the degree requirements for a physics minor.
Required Physics Courses
Select up to ten credit hours from the list below:
| PHYS 2210 | Physics I for Scientists & Engineers | 4 |
| PHYS 2215 | Physics I Lab for Scientists & Engineers | 1 |
| PHYS 2235 | Computation Lab for Physicists | 1 |
| PHYS 2220 | Physics II for Scientists & Engineers | 4 |
| PHYS 2225 | Physics II Lab for Scientists & Engineers | 1 |
Upper Division Courses
Select six or more credit hours of upper division approved coursework, totalling 16 credit hours.
To fulfill requirement, student must take any Physics or Astronomy course numbered 3000-5999, except:
PHYS 3111, PHYS 3210, PHYS 3220, PHYS 3670, PHYS 3949, PHYS 3970, PHYS 4800, PHYS 4999
Required Courses
| MATH 1210 | Calculus I |
| MATH 1220 | Calculus II |
| PHYS 2210 | Physics I for Scientists & Engineers |
| PHYS 2220 | Physics II for Scientists & Engineers |
| ASTR 3070 | Foundations of Astronomy |
Elective Courses
Select three courses from the list below:| ASTR 4060 | Observational Astronomy |
| ASTR 4070 | Extragalactic Astrophysics |
| ASTR 4080 | Intro to Cosmology |
| ASTR 4090 | Stellar Astrophysics |
| ASTR 5560 | Stars and Stellar Populations |
| ASTR 5570 | Galaxies |
| ASTR 5580 | Cosmology |
Students declaring this minor must have declared a teaching major in another subject.
Required Physics and Math Courses
| PHYS 2210 | Physics I for Scientists & Engineers |
| PHYS 2215 | Physics I Lab for Sci & Eng |
| PHYS 2220 | Physics II for Scientists & Engineers |
| PHYS 2225 | Physics II Lab for Sci & Eng |
| PHYS 2710 | Intro to Quantum Theory and Relativity |
| MATH 1210 | Calculus I |
| MATH 1220 | Calculus II |
| MATH 2210 | Calculus III |
| MATH 2250 | Differential Equations and Linear Algebra |
¹Qualified students are encouraged to substitute MATH 1250-1260 for MATH 1210-1220-2210.
²Qualified students are encouraged to substitute MATH 2270-2280 for MATH 2250.
Other Requirements
| EDU 5170 | Secondary Science Methods |
| Select at least one course of upper division approved coursework:
Any Physics or Astronomy course numbered 3000-5999, except: PHYS 3111, PHYS 3210, PHYS 3220, PHYS 3670, PHYS 3949, PHYS 3970, PHYS 4800, PHYS 4999 |
This minor is hosted by the College of Architecture and Planning, and interested students will need to meet with a Student Success Advisor in order to declare this minor.
Students are required to complete at least 18 credits: 3 required courses, and 4 elective courses. You can find more details about the minor program here.
Astronomy courses that fulfill these electives:
ASTR 1050: The Solar System,
ASTR 1060: The Universe,
ASTR 3070: Foundations of Astronomy,
and ASTR 4060: Observational Astronomy.
“Note that the Astronomy 3850 and 3851 can count towards the Astronomy emphasis or Minor”
Undergraduate Program
- Undergraduate Program Overview
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- Honors Program
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- Permissions Codes & Transfer Evaluations
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- Undergraduate FAQ
- Undergraduate Handbook
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- Undergraduate Research