earn a graduate degree in mathematics or statisticsmath.usf.edu/grad/grad-brochure2019.pdf · •...

MATHEMATICS

& STATISTICS

Earn a graduate degree in Mathematics or StatisticsMaster s̓ ProgramsMathematicsMathematics - Applied ConcentrationStatistics

Doctoral ProgramMathematics with concentrations in

Pure & Applied Mathand in Statistics

Thank you for your interest in graduate studies in the Department of Mathematics & Statistics at the University of South Florida. We are a vibrant community of scholars committed to delivering high quality education. Our graduate programs provide a rigorous mathematical foundation for some of the most relevant scientific challenges of our age and prepare students to pursue long-term careers and take leading positions in the modern economy.We award approximately 50 teaching and research assistantships to new and returning students in our program, and some faculty provide research assistantships to help support students financially.Students in our department are encouraged to participate in seminars, and attend colloquia, and other public lectures. The department is home to active student clubs which offer opportunities for students and faculty to interact: a graduate chapter of the American Mathemtical Society; an undergradaute chapter of the Mathamatical Association of America; and a chapter of the American Statistical Association. Graduate students are eligible to use USF facilities, such as the gyms and health services. They are also eligible for discounted tickets to Busch Gardens and discounts at other local destinations.

Welcome 1

The University of South Florida, established in 1956 and located in Tampa, is a high-impact global research university dedicated to student success. The USF System includes three separately accredited institutions: USF, USF St. Petersburg and USF Sarasota-Manatee. Serving more than 50,000 students, the USF System has an annual budget of $1.8 billion and an annual economic impact of $4.4 billion. USF ranks in the top 25 nationally for research expenditures among public universities, according to the National Science Foundation. In 2018, the Florida Board of Governors designated USF as a Preeminent State Research University, placing USF in the most elite category among the state’s 12 public universities. USF is a member of the American Athletic Conference.The University of South Florida is committed to the principle of equal education and employment opportunities without regard to race, color, marital status, sex, religion, national origin, disability, age, sexual orientation, gender identity or expression, genetic information, Vietnam or disabled veterans status as provided by law and in accordance with the University's respect for personal dignity. These principles are applied in the conduct of University programs and activities and the provision of facilities and services.

The University of South Florida

To learn more about our gradute programs, visit our homepage

http://math.usf.edu/

The department is home to over 30 research faculty. Their areas of research expertise include

algebra & number theoryapplied statisticsapproximation theorybio-mathematics

combinatorics & graph theorycomplex & harmonic analysiscryptography & cyber-securitydata sciencedifferential equationslow-dimensional topologymathematics educationmathematical physicsoperator theoryprobabilitystatistical learningstochastic processes & modelling

Gradutes of our programs have found success at a number of educational institutions (throughout Florida, across the country, and abroad), in government positions (including the CDC, NSA, Department of Energy, Department of Navy), and in may sectors of industry, including banking (including Raymond James Financial, Cardinal Financial Company), actuarial sciences (including Aetna, Wellcare, Wakely Consulting Group, Inc), information technology (including Pilgrim Quality Solutions, iQor), and biotechnology (including Illumina).

The Bureau of Labor Statistics states that “overall employment of mathematicians and statisticians is projected to grow 30 percent from 2018 to 2028, much faster than the average for all occupations. Businesses will need these workers to analyze the increasing volume of digital and electronic data.”

Research 2

Student Success

Mathematics Master’s Degree (M.A.) 3

Our Mathematics M.A. program provides experience and knowledge to understand and appreciate prior accomplishments in the discipline and it develops skills necessary for a meaningful contribution to the intellectual advancement and applications of the discipline. It prepares graduates to pursue long-term careers in their field by providing thorough and cutting-edge knowledge, as well as a technical education enabling them to pursue leading positions in a modern economy.

The concentration in Applied Mathematics offers students a deeper exposure to mathematics relevant to solving basic problems that may arise in real-world applications.

Many technology companies hire mathematicians for various roles, such as software developers, Data Analysis, and financial analysis. A Master’s degree in mathematics will qualify gradautes to compete for these positions.

Students in the Mathematics M.A. program are eligible to apply for support as a teaching assistant.

Those seeking admission to the Masters (M.A.) program in Mathematics must meet University requirements, as well as requirements for admission to the major, listed below.

• A Bachelors degree or equivalent in the mathematical sciences or related area.

• At least a 55th percentile Quantitative score on the GRE; Verbal and Analytic Writing scores on the GRE are also considered.

• At least a 3.00 GPA in undergraduate math courses, and specifically in the following courses or their equivalents:◦ Bridge to Abstract Mathematics;◦ Elementary Abstract Algebra; and◦ Intermediate Analysis.

• Three letters of recommendations, at least two of which come from College or University-level Mathematics Professors familiar with the applicants work in advanced courses or projects.

• A completed departmental application form, including a statement of goals.

The Graduate Admissions Committee may provisionally admit applicants from other majors to the Master's Program if they meet the GPA requirement.

Admissions Requirements 4

Mathematics Master’s Degree

Applicants to USF graduate programs must meet the following requirements: • Bachelor’s degree from an approved regionally accredited institution (or international equivalent). • Minimum grade point average (GPA) of at least 3.00 (on 4.00 scale) in one of the following ways:

◦ All completed undergraduate coursework◦ All completed graduate coursework

• Applicants from countries where English is not the official language, and who have not earned at least a bachelor’s degree in the U.S. from a regionally accredited institution, must also demonstrate proficiency in the English language. Minimum test scores required to determine proficiency are:◦ IELTS - 6.5◦ PTE-A - 53◦ TOEFL (iBT – 79; PBT – 550)◦ GRE Verbal – 153

University Admissions Requirements

To earn a Master’s Degree (M.A.) in Mathematics students must meet University requirements (see page 13), as well as requirements for the major, listed below.

1. Satisfactory completion of 30 hours of Mathematics graduate coursework (5000-level or above). Per University requirements, at least 16 hours must be at the 6000-level or above.

2. Completion of the following three Core Courses.• MAA 5306 Introduction to Real Analysis• MAS 5145 Advanced Linear Algebra• MAE 5177 Teaching College Mathematics

3. Completion of one Fundamental Sequence and one additional sequence from among the Fundamental and Elective Sequences with a minimum GPA of 3.0 in each sequence.

4. Fulfillment of the exit requirement through either the Exam Option or the Thesis Option. a. For the Exam Option, students must pass a Fundamental

Qualifying Examination at the Master’s level or better.b. For the Thesis Option, students must:

• take exactly 6 credits of MAT 6971 Master’s Thesis;• write a Master’s Thesis;• demonstrate knowledge of the general subject area of the

thesis in an oral thesis defense to their Thesis Committee.The requirements to earn a Master’s Degree (M.A.) in Mathematics with a concentration in Applied Mathematics replace 3 above with

3’. Completion of a Fundamental Sequence with a minimum GPA of 3.0; a. completion of three of the following courses:

MAA 5405 Applied Complex Variables MAP 5345 Applied Partial Differential Equations MAP 5407 Methods of Applied Mathematics MAP 6356 Partial Differential equations Approved special topics course; b. completion of the following courses: STA 5326 Mathematical Statistics I STA 6206 Stochastic Processes STA 6876 Time Series Analysis STA 6327 Mathematical Statistics II

Degree Requirements 5


FallYear 1

MAS 5311 - Algebra I (3 cr.)MTG 5316 - Topology I (3 cr.)MAS 5145 - Advanced Linear Algebra (3 cr.)International Students only: A course in Spoken

SpringYear 1

MAS 6312 - Algebra II (3 cr.)MTG 6317 - Topology II (3 cr.)MAA 5306 - Introduction to Real Analysis (3 cr.)

SummerYear 1

Prepare for Fundamental Qualifying exam, orindependent study to prepare for thesis research

SummerYear 2

If necessary, defend thesis, or take fundamental qualifying exam.

SpringYear 2

Apply for graduationMAA 6616 - Real Analysis II (3 cr.)MAT 6971 - Thesis hours (3 cr.)MAE 5177 - Teaching College Mathematics (3 cr.)Defend Thesis, or fundamental qualifying exam, if

FallYear 2

exam option: take fundamental qualifying examMAA 5307 - Real Analysis I (3 cr.)Elective Course (3 cr.) Elective Course, or MAT 6971 - Thesis hours (3 cr.)

We offer a typical course of study for students in the mathematics master’s program. Its does not encompass all possible courses of study. Students are free to customize their course of study, provided they meet all requirements to graduate. Faculty will help students find a course of study that advances their goals.

Sample Study Plan 6


Mathematics Fundamental Qualifying ExamsThe fundamental qualifying exams for mathematis are Algebra (based on the courses Algebra I & II), Real Analysis (based on the courses Introduction to Real Analysis and Real Analysis I & II), and Topology (based on the courses Topology I & II).

Mathematics Doctoral Degree (Ph.D.) 7

Pure and Applied Concentration Our doctoral degree in mathematics with a concentration in pure and applied mathematics provides the experience and knowledge to understand and appreciate prior accomplishments in the discipline, and it develops the skills necessary for a meaningful contribution to the intellectual advancement and applications of the discipline. It prepares its graduates to pursue long-term careers in their field by providing thorough and cutting-edge knowledge. Graduates receive training that enables them to conduct independent research and write research papers publishable in peer-reviewed journals of their discipline, as well as a technical education enabling them to pursue leading positions in a modern economy.

Graduates of the program are qualified to compete for high paid jobs. According to the Bureau of Labor Statistics, the 2018 median pay for mathematicians was $101,900. Many influential young technology companies depend upon mathematics. For example, mathematicians are needed to create the new analytic methods required in biomedical device development.

Those seeking admission to the Doctoral (Ph.D.) program in Mathematics must meet University requirements (see page 4), as well as requirements for admission to the major, listed below.

• A degree relevant to prospective concentration. Either a◦ Master's degree or equivalent in the mathematical

sciences/statistics or a related area; or◦ Bachelors degree or equivalent in the mathematical

sciences/statistics or a related area with a strong record of undergraduate/graduate courses related to prospective concentration.


• At least a 3.50 GPA in graduate and/or upper level undergraduate mathematics/statistics courses.

• Three letters of recommendations, at least two of which come from College or University-level Mathematics Professors familiar with the applicants work in advanced courses or projects.



Mathematics Doctoral Degree

To earn a Doctorate (Ph.D.) in Mathematics with a concentration in Pure and Applied Mathematics students must meet University requirements (see page 13), as well as requirements for the major, listed below.

1. Satisfactory completion of graduate mathematics coursework:• 90 hours of graduate coursework post-baccalaureate, or • 60 hours of graduate coursework post-Master’s

2. Completion of the following three Core Courses:• MAA 5307 Real Analysis I• MAS 5145 Advanced Linear Algebra• MAE 5177 Teaching College Mathematics

3. Completion of one course from each of the following groups: a. Algebra: MAS 5311 Algebra I

MAS 6312 Algebra IIb. Complex Analysis: MAA 6406 Complex Analysis I

MAA 6407 Complex Analysis IIc. Topology: MTG 5316 Topology I

MTG 6317 Topology II

4. Completion of two Fundamental Sequences and two additional sequences from among Fundamental and Elective Sequences with a minimum GPA of 3.00 in each sequence.

5. Passing two Fundamental Qualifying Exams (see page 6) at the Ph.D. level.

Note: After passing two Fundamental Qualifying Examinations, the student will select a Dissertation Advisor.

6. Passing a Specialty Exam at the Ph.D. level. Students may then apply to enter Doctoral Candidacy.

7. Once in Candidacy, taking at least 16 hours in MAT 7980 Doctoral Dissertation

8. Writing a Doctoral Dissertation and successfully defending it in a Doctoral Dissertation Defense.



Fall, Year 1 Fundamental Sequence A-1 (3 cr.)Fundamental Sequence B-1 (3 cr.)Advanced Linear Algebra (3 cr.)International students: A Course in Spoken English

Spring, Year 1 Fundamental Sequence A-2 (3 cr.)Fundamental Sequence B-2 (3 cr.)Teaching College Mathematics (3 cr.)

Summer, Year 1 Prepare for Fundamental Qualifying exams in August

Summer, Year 3 Dissertation Hours (3 cr.)

Spring, Year 3 Dissertation Hours (6 cr.)Elective or Seminar (3 cr.)

Fall, Year 3 Distribution Course 3 (3 cr.)Dissertation Hours (3 cr.)Elective or Seminar (3 cr.)

Summer, Year 2 Directed research to prepare for Specialty Exam (3 cr.)

Spring. Year 2 Elective Sequence A-2 (3 cr.) Take Fundamental Qualifying ExamElective Sequence B-2 (3 cr.)

Fall, Year 2 Elective Sequence A-1 (3 cr.)Elective Sequence B-1 (3 cr.)Distribution Course 2 (3 cr.)

Summer, Year 4 Dissertation Hours (3 cr.)

Spring. Year 4 Dissertation Hours (6 cr.)Elective or Seminar (3 cr.)

Fall, Year 4 Dissertation Hours (3 cr.)Elective or Seminar (3 cr.)

Summer, Year 5 If necessary, Disseration Hours & Defend Disseration

Spring, Year 5 Disseration Hours (2 cr.) & Defend Disseration

Fall, Year 5 Dissertation Hours (9 cr.)

Sample Study Plan 10


Statistics Master’s Degree (M.A.) 11

Our Statistics M.A. program provides experience and knowledge to understand and appreciate prior accomplishments in the discipline and develops the skills necessary for a meaningful contribution to the intellectual advancement and applications of the discipline. It prepares its graduates to pursue long-term careers in their field by providing thorough and cutting-edge knowledge. Graduates receive training enabling them to pursue leading positions in the modern economy.

Students in the Mathematics M.A. program are eligible to apply for support as a teaching assistant.

Those seeking admission to the Masters (M.A.) program in Statistics must meet University requirements (see page 4), as well as requirements for admission to the major, listed below.

• A Bachelors degree or equivalent in statistics, other mathematical science, or related area (Physical Sciences, Engineering, or Business).


• At least a 3.50 GPA in undergraduate Statistics/Mathematics courses.

• Three letters of recommendations, at least two of which come from College or University-level Mathematics or Statistics Professors familiar with the applicants work in advanced courses or projects.


• The Graduate Admissions Committee may provisionally admit applicants from other majors to the Master's Program if they meet the GPA requirement.


Statistics Master’s Degree

To earn a Master’s Degree (M.A.) in Statistics students must meet University requirements (below), as well as requirements for the major, listed below.

1. Satisfactory completion of 30 hours of Mathematics graduate coursework (5000-level or above). Per University requirements, at least 16 hours must be at the 6000-level or above.

2. Completion of the following five Core Courses:• STA-5166 - Statistical Methods I • STA-6167 - Statistical Methods II • STA-5326 - Mathematical Statistics I • STA-6327- Mathematical Statistics II• STA-6208 - Linear Statistical Models

3. Fulfillment of the exit requirement through either the Exam Option or the Thesis Option. a. For the Exam Option, students must

• pass a Fundamental Qualifying Examination at the Master’s level or better;

• prepare an in-depth study in the area of interest of her/his Major professor in an independent study course.

b. For the Thesis Option, students must:• take exactly 6 credits of MAT 6971 Master’s Thesis;• write a Master’s Thesis;• demonstrate knowledge of the general subject area of the

thesis in an oral thesis defense to their Thesis Committee.



University Graduation RequirementsA number of University graduation requirements (such as the qualifying comprehensive exam requirements) are met by fulfilling the degree requirements listed in this pamphlet. Additional requirements include:

• Maintain continuous enrollment (earn 6 graduate credits every three continuous semesters), take a leave of absence, or have been readmitted after absence.

• Maintain good standing with overall graduate minimum GPA of 3.0 in all courses taken as a graduate student and in all courses taken for

the degree program,

FallYear 1

STA 5166 - Statistical Methods I (3 cr.)STA 5326 - Mathematical Statistics I (3 cr.)STA 5445 - Probability Theory I (3 cr.)International Students only: A course in Spoken English

SpringYear 1

STA 6167 - Statistical Methods II (3 cr.)STA 6327 - Mathematical Statistics II (3 cr.)STA 5526 - Nonparametric Statistics (3 cr.)

SummerYear 1

Prepare for Fundamental Qualifying exam, orindependent study to prepare for thesis research

SummerYear 2

If necessary, defend thesis, or take fundamental qualifying exam.

SpringYear 2

Apply for graduationMAT 6971 - Thesis hours (6 cr.) or - Research Project (Exam Option) Defend Thesis, or fundamental qualifying exam, if needed.

FallYear 2

Exam Option: take fundamental qualifying examSTA 6208 - Linear Statistical Models (3 cr.)STA 6746 - Multivariate Analysis (3 cr.) MAT 6971 - Thesis hours (6 cr.) or Elective

We offer a typical course of study for students in the statistics master’s program. Its does not encompass all possible courses of study. Students are free to customize their course of study, provided they meet all requirements to graduate. Faculty will help students find a course of study that advances their goals.



The fundamental qualifying exams for statistics are Statistical Methods (based on the courses Statistical Methods I & II and Linear Statistical Models) and Mathematical Statistics (based on the courses Mathematical Statistics I & II).

Statistics Fundamental Qualifying Exams

Mathematics Doctoral Degree (Ph.D.) 15

Statistics Concentration Our doctoral degree in mathematics with a concentration in statistics provides the experience and knowledge to understand and appreciate prior accomplishments in the discipline, and it develops the skills necessary for a meaningful contribution to the intellectual advancement and applications of the discipline. It prepares its graduates to pursue long-term careers in their field by providing solid and cutting-edge knowledge. Graduates receive training that enables them to conduct independent research and write research papers publishable in peer-reviewed journals of their discipline, as well as a technical education enabling them to pursue leading positions in a modern economy.

Those seeking admission to the Doctoral (Ph.D.) program in Mathematics with a concentration in Statistics must meet University requirements (see page 4), as well as requirements for admission to the major, listed below.

• A degree relevant to prospective concentration. Either a◦ Master's degree or equivalent in Statistics, other

mathematical science, or a related area; or◦ Bachelors degree or equivalent in Statistics, other

mathematical science, or a related area with a strong record of undergraduate/graduate courses related to prospective concentration.


• At least a 3.50 GPA in graduate and/or upper level undergraduate mathematics/statistics courses.

• Three letters of recommendations, at least two of which come from College or University-level Mathematics or Statistics Professors familiar with the applicants work in advanced courses or projects.



Statistics Concentration Doctoral Degree


Mathematics Doctoral Degree-Statistics Concentration To earn a Doctorate (Ph.D.) in Mathematics with a concentration in Statistics students must meet University requirements (see page 13), as well as requirements for the major, listed below.

1. Satisfactory completion of graduate statistics coursework:• 90 hours of graduate coursework post-baccalaureate, or • 60 hours of graduate coursework post-Master’s of

2. Completion of the following three Core Courses:• MAA 5307 Real Analysis I• MAS 5145 Advanced Linear Algebra• MAE 5177 Teaching College Mathematics

3. Completion of the following courses: • STA 5446 Probability Theory I • STA 6447 Probability Theory II • STA 5526 Nonparametric Statistics• STA 6746 Multivariate Analysis • STA 6876 Time Series Analysis • MAT 5932 Special Topics (Survival Analysis)

4. Completion of three of the following seven courses:• STA 6206 Stochastic Processes• MAT 6932 Special Topics (Stochastic Dynamic Modeling) • MAT 5932 Special Topics (Time Series Analysis II)• MAT 5932 Special Topics (Nonlinear Time Series Analysis)• MAT 5932 Special Topics (Multivariate Iterative Processes)• MAT 6908 Independent Study (pre-approval required)• MAT 5932 Special Topics Courses (pre-approval required)

5. Completion of two Fundamental Sequences (see page 14) and two additional sequences from among Fundamental and Elective Sequences with a minimum GPA of 3.00 in each sequence.

6. Passing two Fundamental Qualifying Exams at the Ph.D. level.7. Passing a Specialty Exam at the Ph.D. level. The student may

then apply to enter Doctoral Candidacy.8. Once in Candidacy, taking at least 16 hours in MAT 7980 Doctoral

Dissertation.9. Writing a Doctoral Dissertation and successfully defending it in a

Doctoral Dissertation Defense.

Fall, Year 1

Spring, Year 1

Summer, Year 1

Summer, Year 3

Spring, Year 3

Fall, Year 3

Summer, Year 2

Spring. Year 2

Fall, Year 2

Spring, Year 4

Summer, Year 4

Spring. Year 4

Fall, Year 4 Dissertation Hours (6 cr.)Elective (3 cr.)

Dissertation Hours (3 cr.)

Dissertation Hours (3 cr.) & Defend Dissertation

Dissertation Hours (6 cr.)Elective (3 cr.)

Linear Statistical Models (3 cr.)Multivariate Analysis (3 cr.)Real Analysis (3 cr.)

Probability Theory II (3 cr.) Take Fundamental Qualifying ExamStochastic Processes (3 cr.)

Directed research to prepare for Specialty Exam (6 cr.)

Time Series Analysis (3 cr.)Dissertation Hours (6 cr.)

Teaching College Mathematics (3 cr.)Elective (3 cr.)Dissertation Hours (3 cr.)

Dissertation Hours (6 cr.)

Prepare for Fundamental Qualifying exams in August

Statistical Methods I (3 cr.)Mathematical Statistics I (3 cr.)Nonparametric Statistics (3 cr.)

Statistical Methods I (3 cr.)Mathematical Statistics I (3 cr.) Probability Theory I (3 cr.)International students: A Course in Spoken English

We offer a typical course of study for students in the statistics concentration of the mathematics doctoral program. Its does not encompass all possible courses of study. Students are free to customize their course of study, provided they meet all requirements to graduate. Faculty will help students find a course of study that advances their goals.


Mathematics Doctoral Degree-Statistics Concentration

Funding Opportunities 19

Teaching Assistantships. We award approximately 50 teaching and research assistantships to new and returning students in our program. Assistantships provide competitive stipends, tuition waivers, and employer-sponsored health insurance. You may apply for a teaching assistantship by uploading the departmental TA application form when applying for admission.

Research Assistantships are available from faculty that have funded research projects. Recipients of the funding (RA’s) will be determined by the grant-holding professor, typically after the student has passed their qualifying exams.

Conference Travel Support is available from the Department and from the Student Government to cover a portion of the costs associated with participating in conferences.

Scholarships. The Department awards a number of small scholarships each year. The University of South Florida sponsors a few large scholarships on a competetive basis. Students may also apply for external support from various sources.

Summer Support is generally available to those students who wish to serve as a TA for a summer course.

Recognition of prior graduate coursework: • A Master’s in an appropriate field reduces the number of credits

required for the Ph.D. • Graduate courses not used for another degree may be transferred if

deemed appropriate. • A specified required course can be waived (no credit received) in

lieu of an equivalent course.• Passing a qualifying exam at the Ph.D. level satisfies the assocaited

sequence requirement.Moving between programs:

• Master’s students may apply to the Doctoral program, either upon expected completion or after passing a qualifying exam at the Ph.D. level. They will viewed as if they were Ph.D. students from the start.

• Doctoral students may apply for a Master’s degree once its requirements are met.

• Students in the math program may work with an advisor in the statistics group and vice versa, provided the project meets the disciplinary standards of their program.

Course restrictions: • Students may take courses outside the department with approval of

their program director.• Students may not receive credit for unstructured courses

(independent study, graduate seminar, directed research) prior to passing their qualifying exams, although they may take such courses.

Answers to Frequently Asked Questions 20

Teaching Assistantships• The availability of teaching assistantships depends upon the number

of students finishing their studies. New applicants and interested current students are ranked and offers made in determined order.

• TA duties may include grading, working in the SMARTLab, running recitation sections, and teaching their own course.

• With our limited budget, we are not always able to fund deserving students, even though we may admit them.

Admissions• Applicant is responsible for completing their online application, the

graduate school is responsible for the technical aspects of the process and informing applicant of decision, and the department is responsible for application evaluation.

• The department generally begins the decision process shortly after the application deadline so as to rank the pool of applicants.

• Unoffical test scores and transcripts are sufficient for admission, but official ones are required before registration.

Milestones and timely progress for the Doctoral degree:• A full-time Doctoral student should complete their degree in about

5 years. Students with a strong background may require fewer; research challenges may require more.

• Students should pass two qualifying exams no later than the start of their 5th term.

• Students should pass their specialty exam by the end of their 5th semester to enter candidacy in their 6th.

Advising:• Entering students are assigned a temporary advisor who will help

navigate the program and with course selection. • Students may, by mutual consent, choose any appropriate thesis/

dissertation advisor.• Students may also seek advice from their program director.

Professional Development:• All students are granted membership in the AMS and may apply

for free SIAM membership.• Students are strongly encouraged to attend weekly colloquia and

seminars and to participate in the graduate student chapter of the AMS and the undergraduate chapter of the MAA.

• Students are encouraged to participate in regional MAA and AMS meetings.

• Limited funds are available to support students speaking at conferences.

Milestones and timely progress for the Master’s degree:• A full-time master’s student should complete their degree in 2

years.• Students who choose the thesis option should select an advisor in

their second semester, begin reading and research in their first

Qualifying exams:• Exams are in August prior to classes, January, and May after finals.• Student are granted 2 attempts at each exam and may ask for a 3rd.• We provide all previous exams and other study resources to students

via a Canvas course.• Qualifying exams are an exit option for the Master’s program and a

milestone in the Doctoral programs. A Master’s pass and a Ph.D. pass are distinguished by the number of correctly answered problems.

Answers to Frequently Asked Questions 21

Graduate Admissions Director

Dr. Dmytro [email protected]

Advises prospective students

Graduate Program Director

Dr. Brian [email protected]

Advises current students

Program Specialist Jessica [email protected]

Graduate student Liason. Assists with bureaucratic affairs.

Graduate Admissions [email protected]

Contact for issues in the admission process.

Contacts 22

Applicants must apply online via the VZcollege app at https://secure.vzcollegeapp.com/usf/A Departmental Application (available for download from the department website at http://math.usf.edu/grad/forms/) is required. You must upload it, along with other required documents, into the VZcollege app. If you experience problems with the VZCollege app, you should contact the Office of Admissions at 813-974-3350.

How to Apply

Departmental priority application deadlines are:▪ Fall term: February 15th▪ Spring term: October 15th

To learn about the departmental application process, visit http://math.usf.edu/grad/apply/

To learn about the university application process

Domestic applicants, visit:https://www.usf.edu/admissions/graduate/

International applicants, visit:https://www.usf.edu/admissions/international/admission-information/graduate/

Apply to one of our graduate programs in Mathematics or Statistics

earn a graduate degree in mathematics or statisticsmath.usf.edu/grad/grad-brochure2019.pdf · •...

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