Bachelor of Science Degree in Physics
Five-year co-op option
Drexel University has long been known for its prestigious co-operative education programs, through which students alternate periods of full-time career-related employment with their classroom studies.
Four-year non co-op option
The physics degree can also be completed in four years without co-op employment. Students are not required to pursue studies during any of the summer terms. Students in this non co-op track may elect to take one six-month period of co-op employment during the spring and summer terms of their junior year.
Recommended Plan of Study
Freshman:
| Fall | Winter | Spring |
PHYS 113 (5.0) Contemporary Physics I |
PHYS 114 (5.0) Contemporary Physics II |
PHYS 115 (5.0) Contemporary Physics III |
MATH 121 (4.0) Calculus I |
MATH 122 (4.0) Calculus II |
MATH 123 (4.0) Calculus III |
PHYS 160 (3.0) Intro to Sci. Computing |
CS 171 (3.0) Computer Progr. I |
PHYS 105 (3.0) Computational Physics I |
ENGL 101 (3.0) Expository W & R. |
ENGL 102 (3.0) Persuasive W & R |
ENGL 103 (3.0) Analytical W & R |
| UNIV 101 (1.0) |
UNIV 101 (1.0) |
|
Sophomore:
| Fall | Winter | Spring |
PHYS 217 (4.0) Thermodynamics |
MATH 210 (4.0) Differential Equations |
CO-OP |
PHYS 223 (3.0) Modern Physics Laboratory |
PHYS 305 (3.0) Computational Physics II |
|
MATH 200 (4.0) Multivariate Calculus |
CHEM 102 (4.5) General Chemistry II |
|
MATH 201 (4.0) Linear Algebra |
PHYS 324 (3.0) Mathematical Physics |
|
CHEM 101 (3.5) General Chemistry I |
|
|
Pre-Junior:
| Fall | Winter | Spring |
PHYS 311 (4.0) Classical Mechanics I |
PHYS 312 (4.0) Classical Mechanics II |
CO-OP |
PHYS 321 (4.0) Electromagnetic Fields I |
PHYS 306 (2.0) Computational Physics Lab I |
|
CHEM 103/BIO 122 (5.0/4.5) Gen. Chemistry III/Cell and Genetics |
PHYS 322 (4.0) Electromagnetic Fields II |
|
|
PHYS 328 (3.0) Advanced Laboratory |
|
Junior:
| Fall | Winter | Spring |
PHYS 326 (4.0) Quantum Mechanics I (4.0) |
PHYS 307 (2.0) Computational Physics Lab |
CO-OP |
PHYS 226 (4.0) Instrumentation for Scientists I |
PHYS 327 (4.0) Quantum Mechanics II |
|
PHYS TOPICAL (3.0)
|
PHYS 227 (3.0) Instrumentation for Scientists II |
|
|
PHYS 317 (3.0) Statistical Mechanics |
|
|
PHYS TOPICAL (3.0) |
|
Senior:
| Fall | Winter | Spring |
PHYS 491 (3.0) Senior Research I |
PHYS 492 (3.0) Senior Research I |
PHYS 493 (3.0) Senior Research I |
PHYS 408 (1.0) Physics Seminar |
PHYS 408 (1.0) Physics Seminar |
PHYS 408 (1.0) Physics Seminar |
PHYS 428 (4.0) Quantum Mechanics III |
PHYS TOPICAL (3.0) |
|
| PHYS TOPICAL (3.0) |
|
|
Freshman:
| Fall | Winter | Spring |
PHYS 113 (5.0) Contemporary Physics I |
PHYS 114 (5.0) Contemporary Physics II |
PHYS 115 (5.0) Contemporary Physics III |
MATH 121 (4.0) Calculus I |
MATH 122 (4.0) Calculus II |
MATH 123 (4.0) Calculus III |
PHYS 160 (3.0) Intro to Sci. Computing |
CS 171 (3.0) Computer Progr. I |
PHYS 105 (3.0) Computational Physics I |
ENGL 101 (3.0) Expository W & R. |
ENGL 102 (3.0) Persuasive W & R |
ENGL 103 (3.0) Analytical W & R |
| UNIV 101 (1.0) |
UNIV 101 (1.0) |
|
Sophomore:
| Fall | Winter | Spring |
PHYS 217 (4.0) Thermodynamics |
MATH 210 (4.0) Differential Equations |
CO-OP |
PHYS 223 (3.0) Modern Physics Laboratory |
PHYS 305 (3.0) Computational Physics II |
|
MATH 200 (4.0) Multivariate Calculus |
CHEM 102 (4.5) General Chemistry II |
|
MATH 201 (4.0) Linear Algebra |
PHYS 324 (3.0) Topics in Mathematical Physics |
|
CHEM 101 (3.5) General Chemistry I |
|
|
Pre-Junior:
| Fall | Winter | Spring |
PHYS 311 (4.0) Classical Mechanics I |
PHYS 312 (4.0) Classical Mechanics II |
CO-OP |
PHYS 326 (4.0) Quantum Mechanics I (4.0) |
PHYS 307 (2.0) Computational Physics Lab |
|
PHYS 226 (4.0) Instr. for Scientists I |
PHYS 327 (4.0) Quantum Mechanics II |
|
CHEM 103/BIO 122 (5.0/4.5) General Chemistry III / Cells and Genetics |
PHYS 227 (3.0) Instrumentation for Scientists II |
|
|
PHYS 317 (3.0) Statistical Mechanics |
|
Junior:
| Fall | Winter | Spring |
PHYS 321 (4.0) Electromagnetic Fields I |
PHYS 306 (2.0) Computational Physics Lab I |
CO-OP |
PHYS 428 (4.0) Quantum Mechanics III |
PHYS 322 (4.0) Electromagnetic Fields II |
|
PHYS TOPICAL (3.0)
|
PHYS 328 (3.0) Advanced Laboratory |
|
|
PHYS TOPICAL (3.0) |
|
Senior:
| Fall | Winter | Spring |
PHYS 491 (3.0) Senior Research I |
PHYS 492 (3.0) Senior Research I |
PHYS 493 (3.0) Senior Research I |
PHYS 408 (1.0) Physics Seminar |
PHYS 408 (1.0) Physics Seminar |
PHYS 408 (1.0) Physics Seminar |
| PHYS TOPICAL (3.0) |
PHYS TOPICAL (3.0) |
|
Freshman
| Fall | Winter | Spring |
PHYS 113 (5.0) Contemporary Physics I |
PHYS 114 (5.0) Contemporary Physics II |
PHYS 115 (5.0) Contemporary Physics III |
MATH 121 (4.0) Calculus I |
MATH 122 (4.0) Calculus II |
MATH 123 (4.0) Calculus III |
PHYS 160 (3.0) Intro to Sci. Computing |
CS 171 (3.0) Computer Progr. I |
PHYS 105 (3.0) Computational Physics I |
ENGL 101 (3.0) Expository W & R. |
ENGL 102 (3.0) Persuasive W & R |
ENGL 103 (3.0) Analytical W & R |
| UNIV 101 (1.0) |
UNIV 101 (1.0) |
|
Sophomore:
| Fall | Winter | Spring |
PHYS 217 (4.0) Thermodynamics |
MATH 210 (4.0) Differential Equations |
CHEM 103/BIO 122 (5.0/4.5) General Chemistry III/Cells and Genetics |
PHYS 223 (3.0) Modern Physics Lab |
PHYS 305 (3.0) Computational Physics II |
|
MATH 200 (4.0) Multivariate Calculus |
CHEM 102 (4.5) General Chemistry II |
|
MATH 201 (4.0) Linear Algebra |
PHYS 317 (3.0) Statistical Mechanics |
|
CHEM 101 (3.5) General Chemistry I |
PHYS 324 (3.0) Mathematical Physics |
|
|
|
|
Junior
| Fall | Winter | Spring |
PHYS 311 (4.0) Classical Mechanics I |
PHYS 312 (4.0) Classical Mechanics II |
|
PHYS 321 (4.0) Electromagnetic Fields I |
PHYS 306 (2.0) Computational Physics Lab I |
|
| PHYS TOPICAL (3.0) |
PHYS 322 (4.0) Electromagnetic Fields II |
|
|
PHYS 328 (3.0) Advanced Laboratory |
|
|
PHYS TOPICAL (3.0) |
|
Senior
| Fall | Winter | Spring |
PHYS 326 (4.0) Quantum Mechanics I |
PHYS 307 (2.0) Computational Phys. Lab |
PHYS 493 (3.0) Senior Research I |
PHYS 226 (4.0) Instr. for Scientists I |
PHYS 327 (4.0) Quantum Mechanics II |
PHYS 408 (1.0) Physics Seminar |
PHYS 408 (1.0) Physics Seminar |
PHYS 227 (3.0) Instr. for Scientists II |
PHYS 517 (3.0) Quantum Mechanics II (Graduate) |
PHYS 428 (4.0) Quantum Mechanics III |
PHYS 408 (1.0) Physics Seminar |
|
PHYS 491 (3.0) Senior Research I |
PHYS 492 (3.0) Senior Research I |
|
| PHYS TOPICAL (3.0) |
PHYS TOPICAL (3.0) |
|
Freshman:
| Fall | Winter | Spring |
PHYS 113 (5.0) Contemporary Physics I |
PHYS 114 (5.0) Contemporary Physics II |
PHYS 115 (5.0) Contemporary Physics III |
MATH 121 (4.0) Calculus I |
MATH 122 (4.0) Calculus II |
MATH 123 (4.0) Calculus III |
PHYS 160 (3.0) Intro to Sci. Computing |
CS 171 (3.0) Computer Progr. I |
PHYS 105 (3.0) Computational Physics I |
ENGL 101 (3.0) Expository W & R. |
ENGL 102 (3.0) Persuasive W & R |
ENGL 103 (3.0) Analytical W & R |
| UNIV 101 (1.0) |
UNIV 101 (1.0) |
|
Sophomore:
| Fall | Winter | Spring |
PHYS 217 (4.0) Thermodynamics |
MATH 210 (4.0) Differential Equations |
CHEM 103/BIO 122 (5.0/4.5) Gen. Chemistry III / Cells and Genetics |
PHYS 223 (3.0) Modern Physics Laboratory |
PHYS 305 (3.0) Computational Physics II |
|
MATH 200 (4.0) Multivariate Calculus |
CHEM 102 (4.5) General Chemistry II |
|
MATH 201 (4.0) Linear Algebra |
PHYS 324 (3.0) Mathematical Physics |
|
CHEM 101 (3.5) General Chemistry I |
|
|
Junior:
| Fall | Winter | Spring |
PHYS 311 (4.0) Classical Mechanics I |
PHYS 312 (4.0) Classical Mechanics II |
|
PHYS 326 (4.0) Quantum Mechanics I |
PHYS 307 (2.0) Computational Physics Lab |
|
PHYS 226 (4.0) Instr. for Scientists I |
PHYS 227 (3.0) Instr. for Scientists II |
|
PHYS 428 (4.0) Quantum Mechanics III |
PHYS 327 (4.0) Quantum Mechanics II |
|
| PHYS TOPICAL (3.0) |
PHYS 317 (3.0) Statistical Mechanics |
|
|
PHYS TOPICAL (3.0) |
|
Senior:
| Fall | Winter | Spring |
PHYS 321 (4.0) Electromagnetic Fields I |
PHYS 306 (2.0) Computational Physics Lab I |
PHYS 493 (3.0) Senior Research I |
PHYS 491 (3.0) Senior Research I |
PHYS 328 (3.0) Advanced Laboratory |
PHYS 408 (1.0) Physics Seminar |
PHYS 408 (1.0) Physics Seminar |
PHYS 322 (4.0) Electromagnetic Fields II |
|
| PHYS TOPICAL (3.0) |
PHYS 408 (1.0) Physics Seminar |
|
|
PHYS 492 (3.0) Senior Research I |
|
|
PHYS TOPICAL (3.0) |
|
Requirements
Students are required to complete a minimum of 185 credits. Students are also required to take either PHYS 227 (Instrumentation II), or both PHYS 306 and PHYS 307 (Computational Lab) courses.
Dual Degree Bachelor's Programs
With careful planning, students can complete two full degrees in the time usually required to complete one. The double major option works best in closely related areas. This option gives sudents an overview of mutiple disciplines and increases the value of each degree. It offers the students this amazing breadth of knowledge that graduate schools and employers seek. The students may elect to pursue research in each topic separately or in integrated projects.
For detailed information the student should contact the Director of Undergraduate Studies in the Department of Physics, Dr. David Goldberg. Email: goldberg@drexel.edu