Below is a description of the typical sequence of events in the career of a Penn Math grad student. For further details, click here.
- Ph.D. students
- Masters students
- M.Phil. students
- Joint masters in other departments
- Switching between degree programs
Fully-supported Ph.D. students ordinarily receive a fellowship in their first year, during which they have no teaching responsibilities and may take four courses.
Upon arrival in the Ph.D. program, new students take the Graduate Preliminary Exam on key undergraduate mathematics; this serves as a placement exam. Those who pass the exam ordinarily take the beginning Ph.D. level courses in algebra (Math 602/603), analysis (Math 608/609), geometry-topology (Math 600/601), and an elective. (Exception: Those who enter with a more advanced background have an opportunity to place out of the beginning courses, and instead to move on to more advanced courses.)
Those students who do not pass the Masters Preliminary Exam upon arrival will ordinarily take the Masters Proseminar (Math 504/505), and possibly one or more of the masters level courses in algebra (Math 502/503), analysis (Math 509/509), and geometry-topology (Math 500/501), instead of the corresponding 600-level courses. These students need to pass the prelim by the end of their first year, to demonstrate their ability to move on to more advanced material.
Students whose native language is not English need to demonstrate their ability to communicate in English, during their first year. Those who cannot do so satisfactorily upon entry will take a special course in their first semester, designed to help them improve their English communication skills.
In addition to attending their courses, first year students are encouraged to attend the Math Department Colloquium, where mathematicians from other universities speak on topics of general mathematical interest, and also the Pizza Seminar, open only to students, at which a grad student will present a topic that he or she has found interesting; the Math Department provides pizza and drinks during the talk.
Second year students take more advanced courses of their choosing, in areas such as algebraic topology, differential geometry, algebraic geometry, number theory, differential equations, combinatorics, logic, mathematical physics, etc. These courses enable students to begin to specialize, and to find an area in which they will write their Ph.D. thesis. (Exception: Those Ph.D. students who did not take the basic 600-level courses in their first year will need to do so in their second year.)
During the second year, students begin to participate in specialized seminars in areas of their mathematical interest. Some of these seminars feature faculty from other universities speaking on their recent research. Others involve graduate students giving talks on research papers they have read.
Second year students typically serve as teaching assistants, with this activity taking the place of one course each semester. TA's most often run recitations of calculus, in which they go over homework that a professor has assigned to undergraduates taking a first or second year calculus course. Some other TA's have different responsibilities, such as running problem sessions for a course in algebra or advanced calculus. Before beginning to serve as TA's, graduate students go through a several-day TA training program run by faculty and advanced graduate students in the Mathematics Department.
In the spring semester of the second year, students will take their Ph.D. Preliminary Exam ("oral exam") in two different mathematical areas of their choosing (e.g. algebraic topology and number theory). Most often, students choose topics in which they have taken a course during their second year. (Exception: Students who took mostly 500-level courses in their first year can defer their oral exam until their third year.) After students pass the exam, they take on a Ph.D. thesis advisor, and they are considered ready to begin choosing a research topic for their Ph.D. thesis. Typically their research topic is in one of the two areas of mathematics included on their oral exam.
Also during the second year, many Ph.D. students choose to write a masters thesis, which is an expository paper of about 30 pages. This provides experience in learning mathematics on one's own, and presenting it in writing -- experience that is valuable later, when writing the Ph.D. thesis. Writing a masters thesis also enables students to obtain a masters degree on the way to the Ph.D. (The masters thesis is also a good idea for students who are uncertain whether to continue to pursue the Ph.D. or whether to graduate with a masters degree.)
Second-year students typically spend much of the following summer at Penn, and often teach an undergraduate course in one of the two six-week summer sessions. (This is voluntary, and provides teaching experience and an additional stipend.) The same is true for third and fourth-year students.
Third-year students take more advanced courses, typically "topics" courses in areas of their interest that often go beyond what is available in textbooks. They may also take independent study courses, in which they work with a faculty member one-on-one. In their third year, students also participate actively in seminars in their area of mathematics. They also meet regularly with their thesis advisor, who typically gives them research papers to read in order to help them refine their Ph.D. thesis topic. By the end of the third year, students generally have a rather well-defined thesis topic, and may have some preliminary research results. Students spend much of the following summer advancing those results.
Fourth-year students no longer officially take courses, but often choose to participate in advanced topics courses in their area of specialization in order to learn material that will be useful to them in their research. They continue to participate in seminars in their area of interest. Their main activity is working on their Ph.D. thesis, and during this year it is important for them to make significant research progress. Some students complete their Ph.D. at the end of the fourth year, though more require a fifth year to complete the degree. The summer after the fourth year is often a time when students find that their key research results come together in almost final form.
Additional financial support, in the form of a TAship or a fellowship, is available for fifth-year students who have made significant progress toward the Ph.D. by the start of that year. During the fall of the fifth year, students work on strengthening their research results. Often they speak on this research in one of the seminars that they participate in. They also apply for jobs in the fall -- either academic or in industry, or both. In the spring they finish writing up their thesis, under the guidance of their thesis advisor. During that time they expect to hear back from places to which they have applied for jobs; and they may go on a series of job interviews, often giving talks about their research there. Later in the spring semester they present the key results of their Ph.D. thesis at an oral "defense"; and then they graduate at the end of the semester.
The program for masters students begins in a similar way to the program for Ph.D. students, during the first year. One difference is that for masters students there is a lower passing grade on the Masters Preliminary Exam. Another difference is that students need only take eight one-semester courses, including just one semester each of algebra, analysis, and geometry-topology; and these courses can be at the 500 level. A third difference is that there is no language requirement or oral exam. Masters students write and defend a masters thesis of about 30 pages in length, and typically receive their degree at the end of the second year.
Masters students may also wish to pursue a masters degree with a concentration in applied or computational mathematics.
The program for M.Phil. students is typically similar to that of Ph.D. students, for the first two years. But there is an oral exam in just one area of mathematics, not two. There is no language exam. Fewer courses are required for the M.Phil. than for the Ph.D. The M.Phil. thesis can either be expository or can contain some new results, and it is typically about 40 pages in length. Students typically receive this degree after three years in graduate school. The M.Phil. is a terminal degree, for students who wish to begin professional careers using mathematics, but who do not wish to engage in further academic research.
Mathematics Ph.D. students have the opportunity to obtain a masters degree in an allied area (such as computer science, physics, or statistics) along with their Mathematics Ph.D., by enrolling in a joint program. Such students typically begin to take some courses in the other department during their second year in the Math Ph.D. program, and during that year they also apply to the masters program in the other department. Students in joint programs are allowed to count a certain number of courses toward both degrees, making it possible to obtain both degrees without lengthening the time spent in graduate school.
Students in the Mathematics Ph.D. program may choose to switch to the masters program or to the M.Phil. program. If they do this, then the work that they have completed will be able to count toward the new program. Occasionally, students in the masters program apply to enter the Ph.D. program; but entry is by no means automatic. Masters students who do enter the Ph.D. program are given credit for the work that they previously did in the masters program.
Occasionally, graduate students in mathematics wish to switch to a graduate program in another department, or vice versa. In these cases, the student speaks with the Graduate Chairs of both departments, to discuss whether such a switch is advisable. When such a switch occurs, credit for prior work may be given if appropriate.