Physics Bachelor of Science degree
Requirements for the Bachelor of Science in Physics
The requirements for a B.S. in Physics include the core courses listed below and one of the Tracks I-IV. For a B.S. in Physics Adolescence Education, students must complete the core courses and Track VII.
Physics Core:
PHYS 230/ PHYS 232 |
University Physics I & Lab |
PHYS 231/ PHYS 233 |
University Physics II & Lab |
PHYS 234 |
Modern Physics |
PHYS 330 |
Thermodynamics |
PHYS 400 |
Undergraduate Seminar (Capstone experience) |
PHYS 425 |
Mathematical Physics I |
PHYS 431 |
Introduction to Quantum Mechanics |
and supporting math\CSIT courses:
MATH 122- MATH 123/ MATH 223 |
University Calculus I, II & III |
MATH 224 |
Differential Equations |
|
|
CSIT 106 |
Scientific Programming using C/C++ |
or |
|
CSIT 121 |
Computer Science I |
Track I – Theoretical Emphasis
PHYS 331 |
Theoretical Mechanics |
PHYS 333 |
Electricity and Magnetism |
PHYS 426 |
Mathematical Physics II |
Plus 6 additional credit hours of physics from 321-479, 490
Plus 12 additional credit hours of science, mathematics, computer science, engineering, or education. Recommended courses include MATH 231 and CHEM 115-CHEM 116 (with CHEM 125- CHEM 126).
Track II – Experimental Emphasis
PHYS 333 |
Electricity and Magnetism |
PHYS 340- PHYS 341 |
Optics & Lab |
PHYS 426 |
Mathematical Physics II |
PHYS 450 |
Advanced Lab |
or
Experimental Physics Project (independent study or tutorial) Plus 4 additional credit hours of physics from 321-479, 490
Plus 12 additional credit hours of science, mathematics, computer science, engineering, or education. CHEM 115- CHEM 116 (with CHEM 125- CHEM 126) is strongly recommended. STAT 250 or STAT 350 and MATH 231 are recommended.
Track III – Computational Emphasis
PHYS 331 |
Theoretical Mechanics |
PHYS 333 |
Electricity and Magnetism |
PHYS 426 |
Mathematical Physics II |
Computational Physics Project (independent study or tutorial)
Plus 4 additional credit hours of physics from 321-479, 490
Plus the following courses:
MATH 231 |
Linear Algebra |
MATH 325 |
Numerical Analysis |
CSIT 221 |
Computer Science II |
STAT 350 is recommended
Track IV – Physics with Cooperative Engineering
PHYS 321 |
Engineering Mechanics I |
PHYS 426 |
Mathematical Physics II |
|
|
PHYS 331 |
Theoretical Mechanics |
or |
|
PHYS 333 |
Electricity and Magnetism |
|
|
PHYS 323 |
Circuit Analysis I |
or |
|
PHYS 325/ PHYS 327 |
Electronics & Lab |
or |
|
PHYS 326/ PHYS 328 |
Digital Logic & Lab |
Plus 12 additional credit hours of science, mathematics, computer science, engineering, or education, including at least one additional course from PHYS 322 through 328 and 340/341 as advised. Students interested in electrical engineering should take PHYS 323 and PHYS 324 while students interested in non-electrical engineering should take PHYS 322. CHEM 115- CHEM 116 (w/CHEM 125- CHEM 126) is strongly recommended and required by most engineering schools.
Note: Affiliated engineering institutions may have additional requirements for courses and/or grades.
Track V – Physics with Pre-law
This track is excellent preparation for the expanding field of patent and intellectual property law, which requires substantial technical and mathematical knowledge in order to sit for the required licensing exam.
PHYS 340- PHYS 341 |
Optics & Lab |
Plus 9 additional credit hours of physics from 321-479
Plus the following courses:
STAT 250 or STAT 350 |
Statistics |
POLI 276 |
Law and Society |
|
|
POLI 277 |
Introduction to Law |
or |
|
BUAD 310 |
Legal Environment of Business |
|
|
PHIL 106 |
Critical Thinking |
or |
|
PHIL 116 |
Introduction. to Deductive Logic |
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|
PHIL 218 |
Introduction to Ethics |
or |
|
PHIL 310 |
Business Ethics |
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|
POLI 370 |
American Constitutional Law |
and
CHEM 115 - CHEM 116 (w/CHEM 125 - CHEM 126) are recommended.
In fulfilling College Core Curriculum requirements, students are advised to take ECON 201 or ECON 202 and PSY 129.
Track VI – Physics with Pre-med/Biophysics
Physics majors are highly sought by medical schools, because mathematical and problem-solving abilities stressed in physics are more than ever needed in today's medical fields. Due to their relative rarity, physics majors stand out in the applicant pool. Sufficient time is allotted to take the biology and chemistry courses required by most medical schools and needed to prepare for the MCAT exam. The program may also be followed by students preparing for graduate school in biophysics or related fields.
PHYS 340- PHYS 341 |
Optics & Lab |
or |
|
PHYS 325/ PHYS 327 |
Electronics & Lab |
|
|
CHEM 215- CHEM 216 |
Organic Chemistry I & Lab |
and |
|
CHEM 225- CHEM 226 |
Organic Chemistry II & Lab |
Plus the following courses:
CHEM 115/ CHEM 125 |
General Chemistry i & Lab |
CHEM 116/ CHEM 126 |
General Chemistry II & Lab |
BIOL 131- BIOL 132 |
Principles of Biology I & Lab |
BIOL 133- BIOL 134 |
Principles of Biology II & Lab |
BIOL 237- BIOL 238 |
Genetics & Lab |
BIOL 336- BIOL 337 |
Mammalian Physiology & Lab |
In fulfilling College Core Curriculum requirements, students are advised to take an English course in addition to ENGL 100, and also PSY 129. If time permits, BIOL 333 Biochemistry and BIOL 338 Microbiology are also recommended.
Note: Students are allowed to double major in Physics and Industrial Management, even though these two programs are housed in the same academic department.
Track VII – Physics Adolescence (Secondary) Education
PHYS 331 |
Theoretical Mechanics |
or |
|
PHYS 333 |
Electricity and Magnetism |
|
|
PHYS 340- PHYS 341 |
Optics & Lab |
Plus 6 additional credit hours of physics from 311, 321-479, 490
Plus the following courses:
CHEM 115/ CHEM 125 |
General Chemistry i & Lab |
CHEM 116/ CHEM 126 |
General Chemistry II & Lab |
SCED 105- SCED 106 |
Nature of Science and Science Education |
EDU 224 |
Adolescent Development |
EDU 250- |
Introduction to Exceptional Learner |
EDU 251 |
Practicum in Inclusive Education II |
SCED 276 |
Literacy and Technology for Science and Mathematics |
SCED 303 |
Assessment for Inquiry-Based Science |
SCED 305/ SCED 313 |
Diversity in the Teaching of Science and Mathematics |
EDU 349 |
Educational Psychology |
SCED 419 |
Adolescence Science Methods |
EDU 301 |
Safe Schools/Healthy Students: Child Abuse and Child Abduction |
EDU 302 |
Safe Schools/Healthy Students: Alcohol, Tobacco and other Drug Abuse |
EDU 303 |
Safe Schools/Healthy Students: Fire Safety and SAVE Legislation |
EDU 430 |
Student Teaching in the Secondary School (Capstone experience) |
The procedure to be followed for admission to the professional sequence of courses is described in the Education section of the catalog.
Candidates in all education programs are required to demonstrate competence in a foreign language. This requirement must be satisfied in any one of the following ways:
- Score of 85 percent or higher on New York State Regents Exam (or local equivalent). Requirement is fulfilled.
- Scores of 65 percent - 84 percent on High School N.Y.S. Regents Exam (or local equivalent): Student needs to take an Elementary I level course or an Elementary II level course of a language or equivalent course(s) or successfully complete an equivalent SUNY Fredonia proficiency exam.
- Scores below 65 percent on High School N.Y.S. Regents Exam (or local equivalent) or if student did not take a N.Y.S. Regents or local Exam: Student needs to take an Elementary I level course and an Elementary II level course of the same language or equivalent.
The General Education foreign language requirement differs from the certification requirement and must be satisfied for degree conferral.
Notes:
Tracks I-VI will result in a Bachelor of Science degree in Physics, Track VII a Bachelor of Science degree in Physics Adolescence Education.
A 2.0 GPA in the set of all physics courses used to satisfy the major plus the four required math courses is required for graduation. Physics Adolescence Education must satisfy additional grade and portfolio requirements for graduation. Interested students should contact the chair of the physics department for current requirements.


