Aug 17, 2022  
2020-2021 University Catalog 
    
2020-2021 University Catalog [ARCHIVED CATALOG]

Physics B.S.


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Physics

The Physics Major

                        

The physics program includes a core of physics courses that will give students the quantitative problem solving skills that are the hallmark of a physics degree.  For students wishing to continue to graduate school in physics, the faculty in physics at RWU engage in research and have been active in incorporating students into their work.  The physics major also allows students who choose to work in industry to select electives from a variety of departments to tailor their degree plan to any of the number of fields open to physics graduates.  

 

After completing the requirements for a B.S. in Physics, students will be able to:

1. Construct mathematical solutions to quantitative problems at the advanced undergraduate level from the four major branches of physics: classical mechanics, quantum          mechanics, electromagnetism, and thermodynamics/statistical physics.

2. Communicate the major ideas of physics to a non-technical audience.

3. Communicate both advanced and fundamental concepts and ideas in physics to a technical audience.

4. Demonstrate a breadth of knowledge of disciplines outside of physics that prepares the student for further work either in industry or academia.

5. Apply the principles of problem solving used in physics to real world scenarios to find innovative solutions.

        

DEGREE REQUIREMENTS

                        

Majors pursuing a Bachelor of Science in Physics must satisfy University Core Curriculum requirements and the College speech requirement, COMM 210. In addition, they must complete the following courses and a sufficient number of electives to total 120 credits. Majors are encouraged to apply electives toward a minor or second major.

 

REQUIRED COURSES

Students must maintain a GPA of 2.0 or better in these courses.                                                            

MATH 213                        Calculus I and Lab                                                                    

MATH 214                        Calculus II and Lab                                                                   

MATH 317                        Differential Equations                                                               

MATH 331                        Linear Algebra               

PHYS 201                        Physics I with Calculus and Lab                                                

PHYS 202                        Physics II with Calculus and Lab                                                                       

PHYS 320                        Modern Physics                                                                                   

PHYS 340                        Classical Mechanics                                                                  

PHYS/MATH 370             Mathematical Methods for the Physical Sciences                       

PHYS405 or ENGR460   Electricity and Magnetism                                                        

PHYS 420                        Quantum Mechanics

ENGR330 or CHEM391  Thermodynamics             

                    

        

PHYSICS ELECTIVE COURSES

Students must take at least 6 credit hours of additional physics (PHYS) courses with 3 credit hours at the 300 level or above.

 

ADDITIONAL ELECTIVE COURSES

Students must take an additional 6 credit hours selected from the list of approved out of department electives or any physics (PHYS) courses at the 300 level or above.  Some of the courses listed have prerequisites below the 300-level which may be taken as part of a student’s free electives.

 

    Approved out of department elective courses

Chemistry:       CHEM392 Quantum Chemistry

         CHEM433 Advanced Physical Chemistry

Computer Science: COMSC 330 Software Design

                                 COMSC 335 Theory of Computation

                                 COMSC 340 Analysis of Algorithms

        COMSC410 Artificial Intelligence

        COMSC415 Machine Learning

Engineering:   ENGR300 Mechanics of Materials and Lab

                 ENGR305 Fluid Mechanics and Lab

        ENGR310 Materials Science

        ENGR337 Finite Element Analysis

       ENGR 350 Theory and Design of Mechanical Measurements

       ENGR360 Signals and Systems

       ENGR431 Mechanical Vibrations

       ENGR433 Heat Transfer

ENGR437 Acoustics

ENGR442 Biomechanics

Environmental Science: NATSC305 Marine Geology

                         NATSC315 Meteorology and Climatology

Mathematics:MATH305 Mathematical Modeling

               MATH 315 Probability and Statistics

               MATH342 Numerical Analysis

               MATH 351 Calculus of Several Variables

               MATH 371 Real Analysis

               MATH 381 Complex Analysis

 

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