Physics Bachelor of Science

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 Tracks I-III.

Physics Core:

PHYS 230University Physics I

4

PHYS 232University Physics I Lab

1

PHYS 231University Physics II

4

PHYS 233University Physics II Lab

1

PHYS 234Modern Physics

4

PHYS 330Thermodynamics

3

PHYS 400Undergraduate Seminar

1

PHYS 425Mathematical Physics I

3

PHYS 431Introduction to Quantum Mechanics

3

Total Credit Hours:24

Supporting math\CSIT courses:

MATH 122University Calculus I

4

MATH 123University Calculus II

4

MATH 223University Calculus III

4

MATH 224Differential Equations

3

CSIT 106Scientific Programming Using C/C++

3

or

CSIT 121Computer Science I

3

Total Credit Hours:18

Track I – Theoretical Emphasis

PHYS 331Theoretical Mechanics

3

PHYS 333Electricity and Magnetism

3

PHYS 426Mathematical Physics II

3

Physics from 321-479, 490

6

Science, mathematics, computer science, engineering, or education

12

Total Credit Hours:27

NOTE:

Track II – Experimental Emphasis

PHYS 333Electricity and Magnetism

3

PHYS 340Optics

3

PHYS 341Optics Laboratory

1

PHYS 426Mathematical Physics II

3

PHYS 450Advanced Laboratory

1

or

Experimental Physics Project (independent study or tutorial)

Physics from 321-479, 490

4

Science, mathematics, computer science, engineering, or education

12

Total Credit Hours:27

NOTE:

Track III – Physics with Cooperative Engineering

PHYS 321Engineering Statics

3

PHYS 426Mathematical Physics II

3

PHYS 331Theoretical Mechanics

3

or

PHYS 333Electricity and Magnetism

3

PHYS 323Circuit Analysis

4

or

PHYS 325Electronics

3

PHYS 327Electronics Lab

1

or

PHYS 326Digital Logic

3

PHYS 328Digital Lab

1

12 additional credit hours (see note below)

12

Total Credit Hours:27

NOTE:

  • Twelve (12) additional credit hours of science, mathematics, computer science, engineering, or education, including at least one additional course from PHYS 322 through 328 and PHYS 340 - PHYS 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 and CHEM 116 (with CHEM 125 and CHEM 126) is strongly recommended and required by most engineering schools.
  • Affiliated engineering institutions may have additional requirements for courses and/or grades.

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 New York State High School Equivalent Exam*: Requirement is fulfilled.
  • Scores of 65 percent - 84 percent on New York State Regents Exam or New York State High School Equivalent Exam*: 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 Fredonia proficiency exam.
  • Scores below 65 percent on New York State Regents Exam or New York State High School Equivalent Exam*: Student needs to take an Elementary I level course and an Elementary II level course or equivalent course(s) of the same language.
  • If student did not take a New York State Regents Exam or New York State High School Equivalent Exam*: Student needs to take an Elementary I level course and an Elementary II level course or equivalent course(s) of the same language.

NOTE: The General Education foreign language requirement differs from the certification requirement and must be satisfied for degree conferral.

* High School Equivalent Exam refers to a New York State Local School District Exam or Regional Exam in a Foreign Language.

The General Education foreign language requirement differs from the certification requirement and must be satisfied for degree conferral.

As of December 31, 2013, candidates in all education programs are required to complete training under the Dignity for All Students Act (DASA). Beginning in the Fall 2013 semester, the training required under the Dignity for All Student Act (DASA) will be included in EDU 303 at Fredonia. Undergraduate candidates planning to graduate after Fall 2013 who have already completed EDU 303 on campus or taken a workshop as a substitution for EDU 303 must also complete the EDU DASA workshop prior to graduation.

NOTE:

  • Students are allowed to double major in Physics and Industrial Management, even though these two programs are housed in the same academic department.
  • 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. Interested students should contact the chair of the physics department for current requirements.