Oct 01, 2024  
2023-2024 GRADUATE CATALOG 
    
2023-2024 GRADUATE CATALOG [ARCHIVED CATALOG]

Applied Physics, (PhD)


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PhD Degree Program


Program objectives are: (1) achieve mastery of the core physics principles and apply them for solving research problems in applied physics; (2) propose novel research ideas and hypotheses, develop the research tools to execute the research, perform independent research, and effectively communicate with other professionals in both oral and written formats; (3) become competitive for professional positions in applied physics and related fields.

Admission Standards and Procedures


Minimum requirements:

  1. A bachelor’s degree in physics or closely related discipline with a minimum of 3.00 GPA in undergraduate courses, and a minimum of 20 semester hours of undergraduate physics, including upper division mechanics, electricity and magnetism, introductory quantum mechanics, and thermal physics, and approved mathematics courses in calculus and differential equations.
  1. International applicants are required to provide evidence of English Language Proficiency. This can be done by providing one of the following:
    1. Proof of citizenship of one of the approved English-speaking countries.
    2. Baccalaureate or Master’s degree from an accredited institution in the U.S. or in one of the approved English-speaking countries.
    3. English Proficiency Exams: with minimal score of 80 in TOEFL, 7.5 in IELTS, and 110 in Duolingo English Test.

(Meeting the minimum department standards does not entitle an applicant to admission. Meeting such standards only insures consideration of the application.)

Admission procedure:

Required Documents:

  1. CV.
  2. All undergraduate (and graduate, if any) transcripts.
  3. Personal Statement.
  4. (If English Proficiency Exam is needed): TOEFL or IELTS or Duolingo score.
  5. (If GPA is not on 4.0 scale): Transcript evaluation by any credentialing agency listed on the National Association of Credential Evaluation Services web site (www.naces.org). (Report from WES iGPA calculator is acceptable).​​​​​​​

Recommendations:

Three letters of recommendation are required.

Deadlines

March 1 for Application for Fall Semesters,
October 1 for Application for Spring Semesters.

Timeline for Review

March 15 for Application for Fall Semesters,
October 15 for Application for Spring Semesters.

Program Requirements


The proposed PhD Program requires the completion of 72 semester credit hours beyond the Bachelor’s Degree or 42 semester credit hours beyond Master’s Degree.

Students entering with a bachelor’s degree must complete 18 semester hours of Physics Core courses, 6 semester hours of Focus Area Elective courses, 6 semester hours of Breadth Elective courses, and 6 semester hours of Individual Study courses. Up to 36 semester hours of dissertation credit can be applied toward the PhD requirements.

Students entering with a master’s degree must complete 3 semester hours of a Physics Core course, 3 semester hours of a Focus Area Elective course, 3 semester hours of a Breadth Elective course, and 3 semester hours of an Individual Study course. Up to 30 semester hours of dissertation credit can be applied toward the PhD requirements.

Focus Area Courses:


Area 1: Solid State Materials

Area 2: Soft Matter

Area 4: Astrophysics

Individual Study Course


Dissertation Course


Retention Requirements


A doctoral student in Applied Physics will be retained continuously in the program provided that the following conditions are met:

  1. A GPA of at least 3.0 must be maintained. If the student’s GPA falls below 3.0 (on a 4.0 scale), a period of one semester or one full summer term will be allowed to correct for the deficiency. The student is dropped from the PhD program if he/she fails to regain a minimum GPA of 3.0. This period may, at the discretion of the student’s advisory committee, be extended one additional semester or full summer term.
  2. Accumulation of more than 7 hours of graduate coursework with a grade of C+ or lower will result in dismissal from the PhD program.
  3. Satisfactory completion of the written PhD Qualifying Examination and a satisfactory performance in the oral PhD Comprehensive exam. The student’s advisory committee may grant a second and final attempt.  Failure to pass the second attempt will result in mandatory dismissal from the PhD program.
  4. Submission of a written research progress report by the student to the student’s advisory committee and the Department Chair at the end of each fall and spring semester after dissertation hours have started.

Graduation Requirements


Consistent with the UofM general graduation requirements for PhD degrees, each student must earn at least 72 hours beyond the bachelor’s degree or 42 hours beyond the master’s degree. Students entering with a bachelor’s degree can apply up to 36 semester hours of dissertation credit toward the PhD requirements. Students entering with a master’s degree can apply up to 30 hours of dissertation credit. Early in each student’s PhD program, an advisory committee composed of graduate faculty from the DPMS and closely related departments is appointed by the Department’s Chair. The role of the advisory committee is to recommend courses to support the student’s research and to guide the student in the progress of his/her dissertation research.

For students admitted with a bachelor’s degree, no more than 12 semester hours of credit of 6000 level courses will be counted toward the PhD degree.

For students admitted with a master’s degree, no more than three semester hours of credit of 6000 level courses will be counted toward the PhD degree.

Of the total semester hour requirement, a minimum of 24 hours must be earned while the student is at UofM. This requirement must include at least one academic year of full-time student status.

The PhD program requires three examinations:

  1. PhD Qualifying Examination: The PhD Qualifying Examination consists of two exams. The first qualifying exam covers mechanics, electricity and magnetism, optics, and thermodynamics. The second qualifying exam covers quantum mechanics, statistical mechanics, and one subject in the student’s focus area. Students must pass both exams.
  2. PhD Comprehensive Exam: The PhD Comprehensive Exam is an oral exam that primarily covers specialized material related to the dissertation topic. Upon completion of this exam, the Comprehensive Exam Results Form must be completed by the student’s Advisory Committee and returned to the Office of the DPMS.
  3. PhD Dissertation Defense: All PhD students must defend their dissertation during their last year of study. Upon completion and passing of thesis defense, the “Dissertation Final Defense Results” Form must be completed by the student’s Advisory Committee and returned to the Graduate School.

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