The Applied Physics option is geared toward the student who is interested in the practical application of the types of analytical thinking and problem solving that make physics unique. One options within applied physics is to focus on computational science. Computational techniques involve the modeling of extremely complex physical systems using computers. It is a vital skill in such fields as fluid mechanics, meteorology, and even finance. Computational science is not about programming but about finding the proper way to create a virtual model of the important parameters that govern the physical behavior of a system.

Notes:

  • Students completing this program of study must also complete a Math minor.
  • PHYS 347 is now being offered as a competency based class and the requirements for this should be started soon after completion of PHYS 247. You should be well on your way to meeting the objectives of this course by the time you enroll in it in the semester before the one in which you plan to graduate. Please talk to your advisor about this for more details.
  • Most of the courses listed on the grid above are in the semester in which they are offered (odd = fall, even = spring). For instance, PHYS 460 is only offered in the spring semester.
  • The grid above is only one way in which this program may be completed and there are other possibilities which include all these same courses. Talk to you advisor if you have questions.
  • PHYS 498 is shown in the fall of year 4, but may be completed in any semester or over the summer. We recommend that you become involved in research as early as possible if it interests you.
  • CHEM 131 and 132 may be taken during the first year if desired but should not be delayed until after the second year without good reason.
  • PHYS 265, 266, 365, and 366 are all is cross listed with the as MATH courses and can make the basis of a dual major in PHYS and MATH. PHYS 265 and 365 form a two course sequence in fluid mechanics while PHYS 266 and 366 are a parallel sequence in continuum (solid) mechanics. The -5 and -6 versions of these sequences run in alternate years and many are taught by faculty from the Department of Mathematics and Statistics.

 


  Last Revised: March, 2007   Publisher: Physics     For Information Contact: physics@jmu.edu