PhD in Applied Mathematics
The primary emphases in the doctoral program in applied mathematics are applied mathematics, statistics and applied mathematics-physics.
Admission to the PhD program in applied mathematics requires completion of an undergraduate degree in mathematics, statistics or physics, including coursework in advanced calculus, linear algebra, numerical methods, and either modern algebra or mechanics, electromagnetism and quantum physics. A grade point average of 3.250 in coursework in mathematics, statistics and physics is required, as well as an overall GPA of 3.000 overall (3.250 if the student has a previous master’s degree). The GRE subject test in mathematics or physics is recommended but not required.
To complete the PhD program in applied mathematics, the student must satisfy the course, language and residency requirements given below; pass the qualifying and preliminary examinations; and write a dissertation containing original research in statistics, applied mathematics-physics or applied mathematics.
A total of at least 84 hours of graduate credit is required. The following courses may not be included:
|MATH 757||Partial Differential Equations for Engineers||3|
|MATH 758||Complex and Vector Analysis for Engineers||3|
|PHYS 730||Principles of Computer Modeling||2|
|PHYS 761||Environmental Physics||3|
|PHYS 795||Earth and Space Physics||3|
|Mathematics, statistics and physics courses numbered below 700|
At least 36 credit hours must be in mathematics, statistics and physics courses numbered above 800 (exclusive of MATH 985). Courses used toward a master’s degree may be included. A maximum of 36 credit hours may be transferred from another university at the discretion of the student’s committee.
|MATH 743||Real Analysis I||3|
|MATH 751||Numerical Linear Algebra||3|
|Select one of the following options:||27|
|Real Analysis II|
|Complex Analysis I|
and Complex Analysis II
|Partial Differential Equations I|
and Partial Differential Equations II
|Applied Functional Analysis I|
and Applied Functional Analysis II
|Numerical Analysis of Partial Differential Equations|
|Theory of Statistics I|
and Theory of Statistics II
|Real Analysis II|
|Theory of Probability I|
and Theory of Probability II
|Theory of Statistical Inference I|
and Theory of Statistical Inference II
|Theory of Linear Models I|
and Theory of Linear Models II
|Classical Electricity and Magnetism|
|Advanced Quantum Mechanics|
|Methods in Experimental Physics|
|Applied Regression Analysis|
Select two physics specialty subject classes from the following:
|Elementary Particles & Fields|
|Solid State Physics|
|Select at least 51 additional graduate credit hours||51|
|Total Credit Hours||84|
Professional and Scholarly Integrity Training Requirement
Students are required to take and pass the following four Collaborative Institutional Training Initiative (CITI) modules for the physical sciences: research misconduct; practices and responsible authorship; conflicts of interest and commitment; data acquisition, management sharing and ownership. This should be done during the first year as a student in the program.
The student must demonstrate proficiency either in two foreign languages or in one foreign language and one high-level computer language. The foreign languages are Chinese, French, German and Russian. The language proficiency will be demonstrated by passing an examination that consists of the translation, with the use of a dictionary, of one or more passages of mathematics text from the foreign language into English.
The student must complete at least one academic year in residence as a full-time student at WSU.
The qualifying exam is a written exam administered near the middle of both the fall and spring semesters. The student will choose to be examined in two of the following four areas:
- Real analysis;
- Numerical linear algebra;
A student who does not pass on the first attempt may be permitted to take the exam a second time. A person who retakes the exam must retake the entire exam. The exam may be retaken only once.
Upon the student passing the qualifying exam, the graduate coordinator, in consultation with the student, recommends to the departmental PhD Advisory Committee a PhD committee for the student. The student’s PhD committee consists of the student’s dissertation advisor as chair and four other members. At least one, but no more than two, of the committee members shall be from departments outside the department of mathematics, statistics and physics. Within one semester after passing the qualifying exam the student should submit a plan of study to the committee for approval. This committee serves as examining committee for both the preliminary and final exams.
The preliminary exam covers specific topics relevant to the student’s research area as determined by his or her PhD advisor. The student should meet as soon as possible with their advisor to set the topics to be covered. For full-time students, the exam should normally be taken about one year after passing the qualifying exam. Before the preliminary exam is taken, one of the two language requirements must be satisfied. A student who fails the preliminary exam may be permitted to retake the exam if the committee so determines.
Dissertation and Final Exam
Upon passing the preliminary exam, the student becomes a candidate for the PhD degree. Soon thereafter the student must submit a written dissertation proposal to his or her committee for approval. While working on the dissertation, the student should enroll for a total of at least 18 credit hours of PhD dissertation. The student must be enrolled at the university during each semester after admission to candidacy until completion of the dissertation. After the dissertation is completed, the student must present and defend it before the committee. This defense constitutes the final exam. The dissertation defense is open to the public.