Graduate Programs

Graduate Programs as of 2011-2012

View previous requirements: AY 2008-2009   AY 2009-2010  AY 2010-2011

Graduate Programs Summary

The Department offers two graduate programs, an MS program and a PhD program.  Qualified students with backgrounds in engineering, mathematics, or science are eligible for admission to either program.   

The MS program is designed for students who want a background in basic applied math skills but who are not necessarily interested in pursuing PhD studies.  The MS program can be completed in 3 quarters of study and is suitable for students who intend to work in, for example, industrial environments where specialized PhD training is not required.

The PhD program is designed for students who want to pursue research in applied math at the highest level.  The PhD program prepares students for independent research, emphasizes flexibility in adapting research areas to current opportunities and is suitable for students interested in teaching at the university/college level or those interested in PhD level research at national and industrial laboratories and other similar environments.  PhD students can obtain a Masters degree after successful completion of the first year PhD program.

The applied mathematics faculty is involved in research that utilizes a variety of mathematical methods associated with asymptotic analysis, bifurcation theory, graph theory, numerical analysis, optimal control, ordinary and partial differential equations, probability and statistics, singular perturbations, stability theory, and stochastic processess. These methods are employed in the investigation of problems arising in biomechanics, combustion theory, diffusion processes, fluid mechanics, geophysics, interfacial phenomena, molecular biology, queueing theory, reactor theory, solid mechanics, statistical mechanics, transport theory, and wave phenomena.

return to the top


Fellowships

First-year PhD students are typically supported by university fellowships, which pay tuition costs and additionally provide a generous monthly stipend to cover living expenses. These fellowships carry no assigned duties, so that students can direct all their efforts toward their studies. After the first year, students are supported by research assistantships, teaching assistantships or other special fellowships.

return to the top


Application Process

To obtain more information about the programs send a message to esamgrad@northwestern.edu
All graduate program applications must be submitted online. To apply to either graduate program follow the online application instructions below.

The application deadline for Fall admission is Friday, January 13, 2012.  The application and all of your materials (including rec. letters, transcripts, scores, etc.) must be in by this date. 

All information about the application process can be found at the Graduate School website. For your convenience, the application steps are summarized below.

The application process:

Go to the Graduate School website . Click on the "Apply Online" link. Follow the instructions to complete the application. PhD applicants will be able to indicate their desire to be considered for financial aid. Please note that your application will not be processed until the application fee is paid.

Graduate School Requirements

All applicants receiving an offer of admission must have earned a bachelor’s degree from a regionally accredited institution or the international equivalent(3-year Bachelor’s degrees are acceptable). Applicants that have not earned a bachelor’s degree by their intended quarter of entry will not be permitted to enroll. Applicants who are not United States citizens or permanent residents, or whose native language is not English, must provide evidence of English proficiency (see Certifying English Proficiency). At the minimum, all applicants must submit the following items online:

PLEASE NOTE: Official GRE and TOEFL scores must be sent from the Educational Testing Service (ETS) to the institution code 1565. The minimum TOEFL-IBT score is 90 for the PhD program, and 80 for the MS program.

return to the top


MS Degree Requirements

The following requirements are in addition to, or further elaborate upon, those requirements outlined in the Northwestern University Graduate School Bulletin.  These requirements can generally lead to a Masters Degree after 3 quarters of study.  Students admitted to the PhD program will satisfy these requirements upon satisfactory completion of the first year PhD degree program (see below).

Admission Qualifications

Supplementary Material:
None specified beyond the requirements outlined in the Admission section of The Graduate Bulletin.
Undergraduate/Graduate Degree:
Preference given to majors in mathematics, the physical sciences, or engineering
Coursework Background:
Linear algebra, advanced calculus, complex variables, ordinary differential equations and partial differential equations highly desirable
Relevant Research or Experience:
Prefer experience with topics mentioned above
Other:
Official GRE scores

Coursework Requirements

Each candidate for a MS degree is required to satisfactorily complete an approved program of three full quarters of graduate study.

Course Subject Units
ES APPM 411-1,2

Differential Equations of Mathematical Physics

2

ES APPM 311-1,2 can be substituted with department permission
ES APPM 420-1 Asymptotic and Perturbation Methods in Applied Mathematics 1

Approved modeling electives 3
ES APPM 446-1,2 Numerical Solution of Partial Differential Equations and designated numerics elective
3

Additional approved electives, of which up to 2 can be Masters projects (ES APPM 499)
3
Total Required Units: 12

Other MS Degree Requirements

Satisfactory progress in the program is determined by department review of course grades, and faculty recommendations. The Graduate School requires all students to maintain at least a B average. 

return to the top


PhD Degree Requirements

Admission Qualifications

Supplementary Material:
None specified beyond the requirements outlined in the Admission section of The Graduate Bulletin.
Undergraduate/Graduate Degree:
Preference given to majors in mathematics, the physical sciences, or engineering
Coursework Background:
Linear algebra, advanced calculus, complex variables, ordinary differential equations and partial differential equations highly desirable
Relevant Research or Experience:
Prefer experience with topics mentioned above
Other:
Official GRE scores

Coursework Requirements

Course Subject Units
ES APPM 411-1,2,3 Differential Equations of Mathematical Physics3 3
ES APPM 420-1,2 Asymptotic and Perturbation Methods in Applied Mathematics 2
ES APPM 421-1 Models in Applied Mathematics 1
ES APPM 446-1,2 Numerical Solution of Partial Differential Equations 2

Electives (designated or approved) 12 minimum
Total Required Units: 20 minimum

1A maximum of 3 electives from outside the department can be taken after the 1st year of study. Additional outside electives can be requested by petition to the ESAM department.

2There are two designated numerics electives, ES_APPM 445 Iterative Methods for Elliptic Equations and ES_APPM 448 Numerical Methods for Random Processes. There are two designated asymptotics electives, ES_APPM 420-3, the third quarter of Asymptotic and Perturbation Methods in Applied Mathematics and ES_APPM 412-1, Methods of Nonlinear Analysis. Designated numerics electives are offered in alternate years as are designated asymptotics electives.

Other PhD Degree Requirements

Responsible Conduct of Research:
Responsible Conduct of Research (RCR) training is required by the Graduate School of all first year graduate students and consists of two parts.
First is a 3-hour ES_APPM 519 seminar that will be offered in the Winter and Spring 2011 quarters. Information about RCR can be found here.
Second is a CITI online course that must be taken before the beginning of the second year of studies. Information on setting up a CITI account can be found here.
Examinations:
During the first year of study a passing grade in the written preliminary examinations in differential equations, advanced calculus, complex variables and linear algebra is required. The examinations are given at the advanced undergraduate-beginning graduate level. The preliminary exams are scheduled for the beginning of Winter quarter. One retest is possible upon petition and will be scheduled for the beginning of Spring quarter.
Qualifying Examination
An oral qualifying examination is required for admission to candidacy. The qualifying examination is normally taken close to the time when graduate course work is completed. This oral examination is administered by a faculty committee, including the student's research advisor. The precise nature of the examination is decided by the committee. The examination will cover, but not necessarily be limited to, material from advanced courses as well as topics in the proposed field of doctoral research. Upon passing the qualifying examination, the student is admitted to PhD candidacy. A student must be admitted to candidacy prior to the beginning of the student's fourth year. If the student does not pass the examination, the faculty committee will determine if and when a retake is warranted.
Research/Projects:
None specified
PhD Dissertation:
Original research, defended before student's doctoral committee
Final Evaluations:
The final examination is on the student's completed doctoral research, presented in lecture style to a faculty committee including the research advisor. Copies of the doctoral dissertation should be given to each member of the examination committee at least two weeks prior to the presentation. Upon passing the final examination, the committee will recommend to the University that the PhD degree be awarded.
Other:
Satisfactory progress in the program is determined by department review of examination results, course grades, and faculty recommendations

return to the top


Required Program for 1st year PhD Students

Fall Winter Spring
ES APPM 420-1 ES APPM 420-2 Designated Asymptotics Elective
ES APPM 411-1 ES APPM 411-2 ES APPM 411-3
ES APPM 446-1 Designated Numerics Elective ES APPM 446-2
ES APPM 421-1 Designated Modeling Elective1 Designated Modeling Elective1

1The designated electives will be determined by the department.

Reminder: ES_APPM 519 seminar (either Winter or Spring quarter) and the CITI online course are also required.

return to the top


Applied Mathematics Typical Graduate Program Registration Sequence

This description should be applicable to most ES/AM students. If not please see your advisor or contact the department.

 

Year One Year Two
Q1 - Fall Q2 - Winter Q3 - Spring Q4 - Summer Q5 - Fall Q6 - Winter Q7 - Spring Q8 - Summer
Tuition model Full Rate Full Rate
Registration 3-4 units of coursework or 590 3-4 units of coursework or 590 3-4 units of coursework or 590 3-4 units of coursework or 590 3-4 units of coursework or 590 3-4 units of coursework or 590 3-4 units of coursework or 590 3-4 units of coursework or 590
Milestones to be achieved Coursework towards residency requirement.  A minimum of nine graded courses are required by TGS.  Coursework towards residency requirement.  A minimum of nine graded courses are required by TGS. 
Forms to be completed



Year Three Year Four
Q9 - Fall Q10 - Winter Q11 - Spring Q12 - Summer Q13 - Fall Q14 - Winter Q15 - Spring Q16 - Summer
Tuition model Advanced Rate Advanced Rate
Registration TGS 500 and/or coursework TGS 500 and/or coursework TGS 500 and/or coursework TGS 500 and/or coursework TGS 500 in addition to non-required coursework
Milestones to be achieved Coursework towards program requirements (if applicable).   Students must complete all required courses (including incomplete grades/F grade make-up) and be admitted to candidacy (PhD Qualifying Exam) by the end of the twelfth quarter. Students who have completed the  program requirements will register for TGS 500 in addition to any non-required (extra) coursework.  Students who have not completed the program requirements will register for courses as determined by the program.  
Forms to be completed

PhD Qualifying Exam form (submitted by department.  PhD Prospectus form (submitted by student via TGS Forms in CAESAR ; approved online by department)

 


Year  Five Years  Six through Nine
Q17 - Fall Q18 - Winter Q19 - Spring Q20 - Summer Fall Winter Spring Summer
Tuition model Advanced Rate Advanced Rate or Continuous Registration
Registration TGS 500 in addition to non-required coursework TGS 500 if receiving funding; TGS 512 if unfunded
Milestones to be achieved
Degree deadline - students have 9 years from matriculation to complete the PhD degree.  Only rarely under extenuating circumstances will students be granted permission to continue beyond 9 years.
Forms to be completed Students who are completing their degree will complete the following forms:  (1) Application for Degree via TGS Forms in CAESAR; (2) Final Exam Form via TGS Forms in CAESAR which will be approved by the department (3) NRC Survey of Earned Doctorates; (4) Online submission of dissertation via UMI ProQuest

* Those who do not complete in 9 years must enroll in TGS 513 (if not funded) or TGS 500 (if receiving funding or unfunded international student) for the remaining quarters and pay tuition accordingly.


Additional Information

More information about The Graduate School (TGS) including academic services and calendar, a PhD timeline and TGS news can be found on the TGS website here: https://www.tgs.northwestern.edu/dgs_guide/guide/communications/program/

Last updated: August 3, 2011

return to the top