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Current News & Events
News

Conway Chosen for Dirk Brouwer Award

AE Prof. Bruce A. Conway is the 2009 recipient of the Dirk Brouwer Award.

Chasiotis Travels to U.S. Capitol to Receive Presidential Early Career Award

AE Associate Prof. Ioannis Chasiotis was among 100 young researchers honored.

Bretl Students' Robotics Work Featured on Popular Science Site

A robotics project recently has been featured on the Popular Science website.

Calling All Aerospace Engineering Fans!

AE encourages you to show your loyalty by becoming a fan on the Department's new Facebook page.

Events

February 22
AE 590 Seminar
"Unifying the Mechanics of Continua, Cracks, and Particles"

March 1
AE 590 Seminar
"Speed Flow Control Using Energy Deposition"

 
Graduate Program

The M.S. Degree Program

All graduate students must maintain a cumulative grade point average (GPA) of at least 3.0 to continue in the AE Graduate Program.  The cumulative GPA is computed on all courses taken for credit except thesis and seminar courses in which DF, S, and U grades are recorded.  All graduate students must register in the seminar course AE 590 and must attend at least six seminars each semester while they are on campus.  M.S. students are expected to select courses in consultation with an M.S. advisor.

 Course Requirements

  •  MS with Thesis
    Candidates for the degree of Master of Science with thesis are required to complete a minimum of thirty-two hours of credit: twenty-eight hours of course work and four hours of thesis credit.  At least twelve hours must be in the 500-level courses, and at least eight of these twelve hours must be in Aerospace Engineering.  Four of the twenty-eight hours may be a special project class, defined as an individual or group project, in contrast to a lecture-discussion course with written homework and examinations.
  •  MS without Thesis
    A non-thesis option is also available.  Students should indicate their intention to seek the non-thesis M.S. option when applying to the AE graduate program or through a departmental petition.  In the non-thesis option, thirty-six hours of course work are required.  At least sixteen of these hours must be in 500-level courses, and at least twelve of the sixteen hours must be in Aerospace Engineering.  A student electing a non-thesis option must declare an area of concentration (aerodynamics/fluid mechanics/combustion/propulsion; dynamics/control; structural mechanics/materials) and have a faculty advisor in that area.

For highly qualified students with a B.S. degree who intend to pursue the Ph.D., a Direct Ph.D. program is also available. 

 Breadth Requirements

  • Mathematics Requirements:

Graduate students are expected to exhibit competence in applied mathematics. M.S. students may meet this requirement by taking a minimum of three-four hours of mathematics courses presented in Table 1. 

Table 1:  Approved Mathematics Courses of the Aerospace Engineering M.S. Degree Program

MATH 446: Applied Complex Variables 

MATH 447: Real Variables 

MATH 448: Complex Variables 

MATH 461: Probability Theory 

MATH 481: Vector and Tensor Analysis 

MATH 482: Linear Programming

MATH 484: Nonlinear Programming 

MATH 487: Advanced Engineering Math 

MATH 488: Math Methods in Engineering 

MATH 489: Differential Equations II 

Any MATH 500-level courses except MATH 567, 568, 578, 579, 595, 597, 598, 599 

PHYS 508: Mathematical Physics I 

PHYS 509: Mathematical Physics II

STAT 400: Statistics and Probability I 

STAT 410: Statistics and Probability II 

TAM 541: Mathematical Methods I 

TAM 542: Mathematical Methods II 

TAM 549: Asymptotic Methods 

  • Aerospace Engineering Breadth Requirements :

All students in the M.S. with thesis option must complete a breadth requirement by taking one course from two of the following three areas namely (1) Aerodynamics, Fluid Mechanics, Combustion, and Propulsion (AFMCP), (2) Astrodynamics, Control and Dynamical Systems (ACDS) and (3) Structural Mechanics and Materials (SMM).  These courses cover fundamental concepts in these areas and are prerequisites for more advanced courses.  These courses must be selected from the list presented in Table 2.

All students in the M.S. non-thesis option must complete the breadth requirement by taking one course from all three areas from the list presented in Table 2. 

Table 2:  Courses for Breadth Requirement of Aerospace Engineering M.S. Degree Program

Core area

Breadth courses

Aerodynamics, Fuid Mechanics, Combustion and Propulsion (AFMCP)

AE 410: Computational Aerodynamics

AE 412: Viscous Flow & Heat Transfer

AE 416: Applied Aerodynamics

AE 419: Aircraft Flight Mechanics

AE 434: Rocket Propulsion

AE 435: Electric Propulsion

ME 410: Intermediate Gas Dynamics

ME 501: Combustion Fundamentals

ME 510: Advanced Gas Dynamics

Astrodynamics, Controls and Dynamical Systems
(ACDS)

AE 402:  Orbital Mechanics

AE 454:  Systems Dynamics & Control

AE 483:  Aerospace Computing Systems

AE 502:  Advanced Orbital Mechanics

AE 504:  Optimal Aerospace Systems

ECE 515:  Control System Theory and Design

ECE 470:  Introduction to Robotics

Structural Mechanics and Materials
(SMM)

AE 451:  Aeroelasticity

ME 471:  Finite Element Analysis

TAM 427:  Mechanics of Polymers

TAM 428:  Mechanics of Composites

TAM 451:  Intermediate Solid Mechanics

TAM 551:  Solid Mechanics I

It is possible that a M.S. student may have taken one or more of these or equivalent courses at the University of Illinois or elsewhere.  In this case, if the course has not been used toward another degree, the student is allowed to petition to certify that one of the core area requirements has already been satisfied.

 Computational Science and Engineering Option

The AE Department offers a M.S. program with specialization in Computational Science and Engineering (CSE).  A M.S. student enrolled in the CSE option is expected to satisfy all regular requirements for graduate study within the AE department and the following additional requirements: four hours of course work must be from the CSE core courses, and four hours of course work must be from the CSE specialization courses in AE or another department.  Some of these courses are listed in Appendix A.  For more information, please consult the CSE web page at http://www.cse.uiuc.edu.

Thesis Requirements

For those students in the M.S. degree thesis option, a master's thesis for a minimum of four hours of credit in AE 599 must be submitted.  Only four hours of credit in AE 599 is counted towards the M.S. degree (even if the student registers for more 599 hours during the M.S. program).

Students should seek out faculty members with research interests similar to theirs and explore possible thesis topics as early as possible.  The AE graduate faculty and their research interests are listed in Appendix B of this guide. In many cases, faculty members will advise students to read various articles or to take specific courses in order to obtain the necessary background for conducting research in their areas of interest. Recommended courses for various areas of research are also listed in the Recommended Courses List.

Degree Conferral

Master's degrees are conferred in May, August, October and January.  In order to receive a degree, the student's name must be on the graduation list for the appropriate graduation date.  Students should submit their names to the AE Departmental Office at the beginning of the semester in which they intend to deposit their thesis.

Time Limitations

The Master of Science program requires a minimum of one academic year of full-time study.  The Graduate College requires candidates for the M.S. degree to complete all requirements for the degree within five calendar years after first registration in the Graduate College.  However, the AE department requires on-campus candidates for the non-thesis M.S. degree to complete all the requirements within four semesters and for the M.S. with thesis to complete all the requirements within five semesters.