Graduate Degree Programs
Additional information about graduate degrees in Statistics is available in K-State’s Graduate Catalog.
Requirements for an MS Degree in Statistics
All master students should have a background in mathematics at lease at the level of calculus, along with prior knowledge of matrix or linear algebra.
Two master’s degree options are available: the master’s report option and the nonreport option.
- For the master’s report option, the student must take 30 hours of coursework and write a report for 2 additional hours of credit in Stat 898.
- For the nonreport option, the student must take 36 hours of coursework and pass a comprehensive exam.
- Students must select either the report option or the non-report option by the first week of the fall semester of their second year in the MS program. At this time, the student is required to file a program of study. Students that do not file a program of study that specifies an explicit choice of degree option in a timely manner will be automatically assigned to the non-report option. Students are not allowed to switch between report versus non-report options after filing the program of study unless the switch is approved by the Graduate Program Committee.
- Students that are interested in pursuing the report option should contact potential faculty advisors by the end of their first year in the MS program in order to allow time to identify a suitable project.
- For both the Report Option and the Non-Report option: Students must be enrolled in at least one hour the semester in which they plan to complete the final examination or defend their report and graduate. In addition, international students should check with International Student and Scholar Services to be certain of the enrollment required.
In either case, the course work must include:
- STAT 713 Applied Linear Statistical Models (3 credits)
- Either STAT 720 Design of Experiments (3 credits)
or STAT 722 Experimental Design for Product Development and Quality Improvement (3 Credits)
- STAT 770 Theory of Statistics I (3 credits)
- STAT 771 Theory of Statistics II (3 credits)
- STAT 860 Linear Models I (3 credits)
Stat 945 (Statistical Consulting) is recommended for those students with applied interests.
- Students planning to pursue the PhD in Statistics at K-State are required to take Stat 720.
- Master’s students wishing to continue for the PhD must apply for admission to that program. Students should meet with the Department Head regarding available funding.
Master’s students in the non-report option will meet with the MS Exam committee near the beginning of the semester in which the student intends to take the MS Exam. The exam is offered twice each year, near the end of the fall and spring semesters. This committee will compose an exam based on material from Stat 770, 771, and 713. The format will be a written 3 hour exam. A decision of Pass/Fail will be made by a two thirds vote in the exam committee, in accordance with section J.3 of the Graduate School Handbook. In the event of a Fail, a second attempt may be requested by the student in accordance with Graduate School policies.
Students admitted to the Ph.D. program in statistics may, with approval of the MS Exam committee, use the Ph.D. Qualifying Exams to satisfy the exam requirement of the M.S. non-report option. A passing mark on at least one Ph.D. qualifying exam will be interpreted as a pass of the MS. Exam.
Requirements for a PhD Degree in Statistics
All doctoral students should have a background in certain mathematical topics usually presented in advanced calculus courses. At K-State, these would be Math 633 and 634. Students who do not have this background upon entering the PhD program should discuss with their major professor, provisional advisor, or graduate program directors the best way to quickly acquire this background after entering the program.
Students are required to have 90 semester hours of course work and research credit.
- Up to thirty hours from a master’s degree program may be applied toward the 90 hours.
- The remaining credit hours may include the courses required below, elective courses approved by the student’s major professor in consultation with the student’s graduate committee, and research credits.
- Elective courses may be selected from courses offered by the Department of Statistics or by other disciplines.
Required Courses: All doctoral students are required to include the following courses in their programs of study.
- STAT 842 Probability for Statistical Inference (3 credits)
- STAT 843 Statistical Inference (3 credits)
- STAT 860 Linear Models I (3 credits)
- STAT 861 Linear Models II (3 credits)
- STAT 870 Analysis of Messy Data (3 Credits)
and at least 7 credit hours of 900 level Statistics classes selected from
- STAT 903 Statistical Methods for Spatial Data (3 credits)
- STAT 904 Resampling Methods (3 credits)
- STAT 905 High-Dimensional Data and Statistical Learning (3 credits)
- STAT 907 Bayesian Statistical Inference (3 credits)
- STAT 940 Advanced Statistical Methods (3 credits)
- STAT 941 Advanced Statistical Inference (3 credits)
- STAT 945 Problems in Statistical Consulting (1- 3 Credits)
- STAT 950 Advanced Studies in Probability and Statistics (variable credits)
Ph.D Qualifying Exam
Students interested in pursuing the Ph.D. are required to first pass a departmental Qualifying Exam. Subsequently, students pursuing the Ph.D. must pass the doctoral preliminary examination (see below) in order to be approved for degree candidacy by the Graduate School.
Students must enroll in at least one credit hour during any and all semesters in which they are actively engaged in the qualifying examination process.
The Qualifying Exam consists of material from courses covering applied statistics, mathematical statistics and linear models. The exam will be given once a year, in January. Students may take the exam as early as desired. However, a student with an M.S. in Statistics who starts Ph.D. course work in the department during the fall semester must take the exam no later than after their first three semesters in the program. A student with an M.S. in Statistics who starts Ph.D. course work in the department during the spring semester must take the exam no later than the January following their first four semesters in the program. Students admitted to pursue the Ph.D. but without the M.S. in Statistics should plan to take the exam no later than the January following their first five semesters in the program. Waivers of this requirement may be granted but only in exceptional cases. Further, students who fail to take the exam on schedule may lose funding.
As noted above, the exam will consist of three parts: mathematical statistics, linear models and applied statistics. Students taking the Ph.D. qualifier will be required to pass two of the three subject area exams. Students may take all three exams. The courses listed below are only intended to indicate the scope of the material covered. They are not required as prerequisite to taking the exam. Mathematical Statistics: Stat 842, 843; Linear Models: Stat 860, 861; Applied Statistics: Stat 720, 870. Students who fail the exam may be granted a second chance when the exam is given again, during the following January. However, a second opportunity is not automatic and approval of such is based upon recommendation by the faculty.
The Ph.D. Preliminary Exam consists of two components: a dissertation proposal and a public seminar.
Students must enroll in at least one credit hour during any and all semesters in which they are actively engaged in the preliminary examination process.
The doctoral preliminary examination will consist of a substantial thesis proposal. It will be judged on how well the candidate has located a problem, searched the literature, read relevant material, and sufficiently refined the problem so that the candidate has a reasonable chance of writing an acceptable dissertation. The proposal will be presented to the candidate's supervisory committee in written form, and to the department and the supervisory committee in a public seminar. A candidate may take the preliminary examination at most twice. If the candidate fails the preliminary examination a second time, he or she will be dismissed from the Statistics graduate program.
The candidate must provide a complete written copy of the proposal to each member of the candidate's supervisory committee two full weeks before the anticipated date of the public presentation. At the same time, the candidate must provide a short (less than one page) summary or abstract to all faculty in the Department of Statistics, and arrange for a seminar. The candidate will provide faculty not on the supervisory committee a copy of the complete proposal at their request.
The candidate will present the public seminar at a date mutually agreed upon by the candidate, the candidate's supervisory committee, and the department head. The candidate must notify the Graduate School one month before the scheduled date. At the conclusion of the presentation, there will be a time for general questions from the audience. After the general questioning period, the general audience will be dismissed, and a second questioning period will begin with the candidate's supervisory committee and other interested Department of Statistics faculty members in attendance. The candidate should be prepared to answer questions that address specific points in the proposal, courses on the candidate's program of study, and general statistical knowledge.
At the conclusion of the second questioning period, the candidate will be asked to leave the room, and any Department of Statistics faculty members still in attendance may stay to advise the candidate's supervisory committee as to the candidate's ability to pursue Ph.D. work. After providing advice, those who are not members of the candidate's supervisory committee will be excused. The candidate's supervisory committee will then discuss and vote on the candidate's performance, with a three fourths majority of favorable votes needed to pass the preliminary exam.
Timetable for Taking the Preliminary Exam
The preliminary examination must be taken within five semesters of passing the departmental qualifying examination. The semester in which the candidate passes the qualifying exam is counted as semester one, and summers do not count toward the time limit. After passing the qualifying examination, the candidate should start preparing for the preliminary examination as soon as the supervisory committee determines that the candidate is ready.