Programs of Study

Dual Degree Master's Program for Arizona State University Students

See http://www.eas.asu.edu/ie/resources/current/2003 GraduateManual.doc for general requirements.Dual degree requirements for the MS (thesis) option include a minimum of 42 credit hours of course work beyond the bachelor’s degree and deficiency courses. Degree requirements, area of study courses, advising, and programs of study are defined below.

A. Master's Degree Requirements

  1. A four-course core (IEE 505, 545 or 566 or 567, 572 or 578, and 574 or 575) from the ASU Industrial Engineering Program. A grade of “C” or better must be achieved in each Core course. Please note the core is not intended solely as prerequisites for following coursework; it also satisfies the breadth requirement for all graduates of our program.
  2. A four-course core from the ITESM Logistics Program. A grade of 70/100 or better must be achieved in each core course. In order to receive credit for the program the overall average of must be an 80/100.
  3. Three courses from the defined area of study at ASU.
  4. One elective course, 500-level or above. Elective courses in other departments are encouraged but must be approved by the student's committee. Either IEE 543 or IEE 541 is permitted as an elective with approval of the student's committee. Three semester hours of Reading and Conference (IEE 590) or Internship (IEE 584) can be included in a Master's Program of Study.
  5. A one credit-hour graduate seminar course (IEE 594). Enrollment is strongly encouraged in your first semester as a graduate student. Section G has complete information on IEE 594.
  6. The MS Option includes the four core classes, three area classes, one elective class, one research class and one thesis class.

B. Seminar Course

IEE 594 (F/S) Industrial Engineering Seminar Course

C. ASU Core Classes (4 Classes)

IEE 505 (F/S) Information Systems Engineering

IEE 572 (F/S) or
IEE 578 (F)

572 = Design of Experiments
578 = Regression Analysis
IEE 545 (F/S) System Simulation
IEE 574 (F) or
IEE 575 (S)
574 = Deterministic Operations Research
575 = Stochastic Operations Research

D. ITESM Core Classes (4 Classes)

See ITESM Schedule, www.itesm.mx

E. Area of Study Courses (3 Classes for MS)

IEE 561 (F) Production Systems (Factory Physics)
IEE 598 (F) Modeling of International Logistics Systems
IEE 598 (S) Modeling and Analysis of the Supply Chain
IEE 598 (S) Material Handling/Warehousing

F. Elective Courses (1 Class for MS Option)

To be determined by student and require advisor approval

G. Thesis Courses (2 Classes to be taken @ ASU)

To be determined by student and require advisor approval

(F = Fall Only Course, S= Spring Only Course)

Dual Degree Master's Program
for ITESM Students

See http://www.eas.asu.edu/ie/resources/current/2003 GraduateManual.doc for general requirements.Dual degree requirements for the MS (thesis) option include a minimum of 42 credit hours of course work beyond the bachelor’s degree and deficiency courses. Degree requirements, area of study courses, advising, and programs of study are defined below.

H. Master's Degree Requirements

  1. A four-course core (IEE 505, 545 or 566 or 567, 572 or 578, and 574 or 575) from the ASU Industrial Engineering Program. A grade of “C” or better must be achieved in each Core course. Please note the core is not intended solely as prerequisites for following coursework; it also satisfies the breadth requirement for all graduates of our program.
  2. A four-course core from the ITESM Logistics Program. A grade of 70/100 or better must be achieved in each core course. In order to receive credit for the program the overall average of must be an 80/100.
  3. Three courses from the defined area of study at ASU.
  4. One elective course, 500-level or above. Elective courses in other departments are encouraged but must be approved by the student's committee. Either IEE 543 or IEE 541 is permitted as an elective with approval of the student's committee. Three semester hours of Reading and Conference (IEE 590) or Internship (IEE 584) can be included in a Master's Program of Study.
  5. A one credit-hour graduate seminar course (IEE 594). Enrollment is strongly encouraged in your first semester as a graduate student. Section G has complete information on IEE 594.
  6. The MS Option includes the four core classes, three area classes, one elective class, one research class and one thesis class.

I. Seminar Course

IEE 594 (F/S) Industrial Engineering Seminar Course

J. ASU Core Classes (4 Classes)

IEE 505 (F/S) Information Systems Engineering
IEE 572 (F/S) or
IEE 578 (F)
572= Design of Experiments
578 = Regression Analysis
IEE 545 (F/S) System Simulation
IEE 574 (F) or
IEE 575 (S)
574 = Deterministic Operations Research
575 = Stochastic Operations Research

K. ITESM Core Classes (4 Classes)

See ITESM Schedule, www.itesm.mx

L. Area of Study Courses (3 Classes for MS)

IEE 561 (F) Production Systems (Factory Physics)
IEE 598 (F) Modeling of International Logistics Systems
IEE 598 (S) Modeling and Analysis of the Supply Chain
IEE 598 (S) Material Handling/Warehousing

M. Elective Courses (1 Class for MS Option)

To be determined by student and require advisor approval

N. Thesis Courses (2 Classes to be taken @ ITESM)

To be determined by student and require advisor approval

(F = Fall Only Course, S= Spring Only Course)

Registering for Classes
Entering students must first consult with the graduate advisor and/or the graduate chair prior to entering the program. Continuing students may register for classes through ASU Interactive (www.asu.edu/interactive), by telephone (see In-Touch material in the Housekeeping section) or by going to a registration site. The nearest site to the Fulton College of Engineering is in the Undergraduate Academic Services Building (UASB). Students are encouraged to discuss their classes with their mentor before enrolling.
Students must coordinate their curricula with the advisors in both universities prior to entering the program. It is strongly encouraged that prospective students email the program faculty prior to entering.

Academic Integrity
As students in this program, it is expected that you set a good example of academic integrity for the undergraduate and graduate students. As you will be enrolled in graduate-level courses, you can set a good example by: being in class early; assuming a leadership role in the classroom; getting engaged in classroom discussion; exercising scholarly discipline; turn in all assignments on or before deadlines; and setting and achieving high personal goals. Graduate College guidelines about Academic Integrity can be found in the Graduate Catalog under "Graduate Studies at ASU Main and ASU East".For Additional Information Please Refer to the ASU Industrial Engineering Website:http://www.eas.asu.edu/ie


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