Bachelor of Arts
Bruce Thompson, Associate Professor and Chair
The Department of Physics offers a range of programs and courses designed to prepare students for a variety of career opportunities. With the supporting background of mathematics, computer science, chemistry, and biology, the curriculum provides the educational foundation necessary for continued study at the graduate level, technical employment, or certification in secondary school teaching of physics.
The department has programs leading to the bachelor's degree in physics and mathematics-physics. It also offers a physics-engineering 3-2 program in conjunction with Cornell University, Clarkson University, Rensselaer Polytechnic Institute, and the Thomas J. Watson School of Engineering, Applied Science, and Technology of the State University of New York at Binghamton. The program leads to two bachelor's degrees, one from Ithaca College and the other from the appropriate school of engineering.
Physics, B.A.
Physics, B.S.
Mathematics-Physics, B.A.
Physics, B.A. with Teaching Option
Physics Minor
Physics-Engineering
A senior physics major may elect to compete for departmental honors, provided his or her cumulative average in level 2 and above physics courses is at least 3.50. The two-part examination is given the first two Saturdays following the winter break. The first Saturday consists of two comprehensive written exams: from 9:00 a.m. to noon, covering the principles of physics, and from 1:30 to 4:30 p.m., covering material at the junior/senior level. In addition, material from any course in the student's concentration may be included in the afternoon examination. Provided the candidate performs satisfactorily on these written exams, he or she is given a comprehensive oral exam on the following Saturday by a faculty committee of at least three members. The committee makes the final decision on whether to grant honors based on the student's academic record and performance on the written and oral exams.
The B.A. major in physics permits students either to concentrate heavily on physics in preparation for graduate work or industrial careers, or to combine physics with other professional interests such as secondary education, premedical training, astronomy, or electronics.
|
Physics, including PHYS 11700, PHYS 11800, PHYS 12000, PHYS 21700, PHYS 21800, PHYS 22500 |
22 |
1. A minimum of 18 additional credits.
2. Nine of the 18 credits must be at level 3 or 4, with at least 6 of the 9 being in physics.
3. Three of the 18 credits must be for a physics laboratory other than PHYS 17600 or PHYS 17700; laboratory credits may be used to satisfy concentration requirement 2.
|
Total, concentration requirements |
18 |
|
Total, credits in the major |
40 |
The concentration must be planned with the adviser and approved by the department before the end of the student's fourth semester.
|
Mathematics and computer science, including MATH 11100, MATH 11200, MATH 21100, and COMP 17100; see |
16 |
|
Electives (maximum) |
64 |
|
Total, B.A. in physics |
120 |
|
Physics, including PHYS 30500, PHYS 32000, PHYS 36000 |
9 |
|
Chemistry and biology, including BIOL 12100, BIOL 12200, CHEM 12100, CHEM 12200, CHEM 12400, CHEM 22100, CHEM 22200 |
25 |
|
Physics, including PHYS 32000, PHYS 32600, PHYS 35100 |
9 |
|
Computer science, including COMP 17200, COMP 21000, COMP 22000 |
12 |
| Physics, including PHYS 30500, PHYS 31100, PHYS 36000 |
9 |
| Biology, including BIOL 31500, BIOL 35400 |
6 |
| Chemistry, including CHEM 23200 |
3 |
| Physics, including PHYS 30500, PHYS 31100, PHYS 32000, PHYS 36000, PHYS 42100 |
15 |
| Chemistry, including CHEM 23200, CHEM 33200 |
6 |
| Physics, including PHYS 30100, PHYS 32000, PHYS 32600, PHYS 36000 |
12 |
| Biology, including BIOL 27500 |
4 |
| Environmental Studies, including ENVS 38000-38099 |
4 |
| Physics, including PHYS 30500, PHYS 31100, PHYS 36000 |
9 |
| Computer Science, including COMP 21000, COMP 32100 |
8 |
| Math, including MATH 28000 |
1 |
The B.S. major in physics provides a rigorous course of study in physics for the student as a preparation for graduate school or highly technical jobs in industry.
|
PHYS 11700 |
Principles of Physics I: Mechanics |
4 |
|
PHYS 11800 |
Principles of Physics II: Electricity and Magnetism |
4 |
|
PHYS 12000 |
Introductory Applied Physics Laboratory |
3 |
|
PHYS 21700 |
Principles of Physics III: Waves, Optics and Thermodynamics |
4 |
|
PHYS 21800 |
Modern Physics |
4 |
|
PHYS 22500 |
AC and DC Circuits |
3 |
|
PHYS 30100 |
Mathematical Methods in Physics |
3 |
|
PHYS 30500 |
Electromagnetism |
3 |
|
PHYS 31100 |
Analytical Mechanics |
3 |
|
PHYS 32000 |
Thermodynamics |
3 |
|
PHYS 36000 |
Intermediate Physics Laboratory |
3 |
|
PHYS 42100 |
Quantum Mechanics |
3 |
|
PHYS 45100 |
Advanced Physics Laboratory |
3 |
|
PHYS 49800 |
Senior Thesis |
3 |
|
PHYS 29900 |
Independent Research: Introductory |
1 |
|
PHYS 39900 |
Independent Research: Intermediate |
1 |
|
PHYS 49900 |
Independent Research: Advanced |
1 |
| One additional physics course at level 3 or above | 3 | |
|
Total, physics courses |
52 |
|
Mathematics and computer science, including MATH 11100, MATH 11200, MATH 21100, MATH 21200, and COMP 17100 |
19 |
|
Electives |
49 |
|
Total, B.S. in physics |
120 |
Requirements for this degree are listed in the Department of Mathematics.
Mathematics
|
Physics, including PHYS 11700, PHYS 11800, PHYS 12000, PHYS 21700, PHYS 21800, PHYS 22500 |
22 |
1. A minimum of eighteen additional credits.
2. Nine of the 18 credits must be at level 3 or 4, with at least 6 of the 9 credits in physics.
3. Three of the 18 credits must be for a physics laboratory other than PHYS 17600 or PHYS 17700; laboratory credits may be used to satisfy concentration requirement 2.
The concentration must be planned with the adviser and approved by the department before the end of the student's fourth semester. (See listing of sample concentrations above.)
|
Total, concentration requirements |
18 |
|
Total, credits in the major |
40 |
|
Mathematics and computer science, including MATH 11100, MATH 11200, MATH 21100, and COMP 17100; see |
16 |
|
EDUC 21910 |
Early Field Experience: Theory and Practice |
3 |
|
COMP 20100 |
Technology for the Middle/Secondary School Teacher |
2 |
|
EDUC 10100 |
Literacy Education for the Middle/Secondary School Teacher |
2 |
|
SLPA 23900 |
Educating Children with Special Needs |
2 |
|
SLPA 22900 |
Second Language Acquisition: Its Nature and Meaning for Educators |
2 |
|
PSYC 21010 |
Educational Psychology |
3 |
|
EDUC 34000 |
Social and Cultural Foundations of Education |
3 |
|
EDUC 40810 |
Pedagogy and Practice across the Disciplines |
3 |
|
EDUC 41010 |
Pedagogy and Practice for the Science Teacher |
3 |
|
EDUC 41210 |
Seminar in Reflective Practice |
3 |
|
EDUC 49810 |
Professional Semester in Education |
12 |
|
EDUC 11000 |
Child Abuse Identification and Prevention |
0 |
|
EDUC 11100 |
Drug and Alcohol Abuse: Identification and Prevention |
0 |
|
Total, core education requirements |
40 |
|
Maximum to complete H&S general education requirement and the 120 credits necessary for graduation |
26 |
|
Total, B.A. in physics with teaching option |
120 |
In a joint program with Cornell University, Clarkson University, Rensselaer Polytechnic Institute, and the Thomas J. Watson School of Engineering, Applied Science, and Technology of the State University of New York at Binghamton, physics majors at the end of the junior year may, subject to recommendation by the physics department and acceptance by the engineering school, transfer to the appropriate engineering school for two more years. Students who wish to enter this joint program must take, in addition to the physics program requirements, certain basic courses stipulated by the engineering department of their choice.
Students may petition to complete a 3-2 program at another institution. However, very careful planning is necessary to ensure the proper program articulation, and students must therefore obtain the approval of the department chairperson no later than the end of the fifth semester. This type of study requires the student to take an academic leave of absence for the senior year and to obtain the provost's waiver of the senior credit requirement. Transfer will be subject to both the department's recommendation and acceptance by the engineering school.
The following core courses must be completed: PHYS 11700, PHYS 11800, PHYS 12000, PHYS 21700, PHYS 21800, PHYS 22500. In order to satisfy a concentration requirement, PHYS 30100, PHYS 30500, PHYS 31100, PHYS 32000, and PHYS 36000 or PHYS 45100 must be taken, along with 3 credits of department-approved courses taken at Ithaca College or the engineering school.
To graduate from the program, a student must fulfill the degree requirements of the engineering school. In the event a student does not complete the engineering school portion of the program, an Ithaca College degree in physics can be awarded if all the requirements for a department-approved physics program have been met. Courses taken at the engineering school can be used toward fulfillment of the requirement upon approval of the department.
|
Total |
40 |
|
Mathematics and computer science, including MATH 11100, MATH 11200, MATH 21100, COMP 17100 |
16 |
|
Electives |
34 |
|
Credits transferred from the engineering school toward the Ithaca College degree |
30 |
| Total, B.A. in physics-engineering | 120 |
The physics minor program provides an option for students who may not want to be physics majors but who wish to enroll in physics courses, be guided in course selection, and receive recognition for their studies.
|
Physics, including PHYS 11700, PHYS 11800, PHYS 12000, PHYS 21700, PHYS 21800, PHYS 22500 |
22 |
|
MATH 11100 and MATH 11200 |
8 |
|
Total, minor in physics |
30 |
Students can participate in our cooperative programs with the Duke University Marine Lab (North Carolina and Bermuda) or the Sea Education Association of Wood's Hole (with a variety of cruise tracks). For more information on these programs, see "National Affiliated Programs in Marine Biology" in the "International Programs" section.
National Affiliated Programs in Marine Biology