|
| Dr. Leszek Gawarecki |
lgawarec@kettering.edu |
| Department Head |
810_762_9557 |
| Kettering University |
| 1700 West Third Avenue |
Dept FAX:
810_762_9796 |
| Flint, Michigan 48504_4898 |
TOLL FREE:
800_955_4464 |
Students majoring in applied mathematics at Kettering University with
concentration in
Applied & Computational Mathematics
will study classical and modern mathematical topics related to scientific
and engineering disciplines. This concentration includes courses that
emphasize the modeling of physical systems from theoretical and practical
perspectives as well as courses that emphasize practical scientific
computations.
Depending on the student's interests, the student will also complete a
sequence of courses in engineering applications or computer science.
The curriculum for applied mathematics includes
core mathematics courses
that are common to both
concentrations. These core courses comprise about one quarter of the total
credits in the program. Considerable emphasis is placed on additional core
courses in science, management and humanities.
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Kettering University is currently in the final stages of a
major curriculum reform process.
If there are any differences between the information on this page and the
Catalog, the Catalog takes precedence.
The applied mathematics student interacts regularly with engineering
departments through core and other required courses appropriate to
the concentrations in
Applied & Computational Mathematics
and
Applied Statistics.
A substantial number of electives provides
flexibility for greater breadth or depth of study in mathematics or
its applications.
In addition to the core mathematics courses taken by all mathematics
majors at Kettering University, the student with concentration in
Applied & Computational Mathematics
will also take the following courses:
|
Course # |
Course Name
|
Credit Hours
|
|
| MATH-328 | Methods of Applied Mathematics | 4
|
| MATH-416 | Vector Analysis | 4
|
| MATH-418 | Intermediate Differential Equations
or |
|
| MATH-423 | Partial Differential Equations | 4
|
| Engineering Applications/CPSC Sequence | 16
|
|
|
| TOTAL:
|
28
|
The student majoring in mathematics with concentration in
Applied & Computational Mathematics
will develop an
engineering applications sequence
or
computer science sequence
with the assistance of an academic advisor.
The following are examples of possible sequences.
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Computer Science Sequence
|
| |
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CS-101 | Computing and Algorithms I |
| |
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CS-102 | Computing and Algorithms II |
| |
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CS-203 | Computing and Algorithms III |
| |
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CS-312 | Theory of Computation,
OR |
| |
|
CS-421 | Applied Graph Theory |
| |
|
|
|
 |
| |
Mechanical Engineering Sequence
|
| |
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MECH-210 | Mechanics I |
| |
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MECH-212 | Mechanics II |
| |
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MECH-310 | Mechanics III |
| |
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MECH-320 | Thermodynamics |
| |
Electrical Engineering Sequence
|
| |
|
EE-210 | Circuits I |
| |
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EE-240 | Electromagnetic Fields & Applications |
| |
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EE-340 | Electromagnetic Wave Propagation |
| |
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EE-348 | Electromagnetic Compatibility |
| |
Industrial Engineering Sequence
|
| |
|
IEN-241 | Systems Management I: Engineering Cost
Analysis |
| |
|
IEN-321 | Systems Modeling I: Deterministic Models |
| |
|
IEN-342 | Systems Management II: Project Planning,
Scheduling & Management |
| |
|
IEN-422 | Systems Modeling II: Stochastic Models |
DISCLAIMER: Wherever the text in this electronic system differs from
the official printed publications of
Kettering University, the official
printed documents take precedence. See the Legal Notice.
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The stunning fractal images were created by
Uwe Krueger, University of Karlsruhe. They are copyrighted and
used with permission.
Last modified: 08/04/08
Mathematics Department •
Kettering University
1700 West Third Avenue •
Flint, Michigan 48504_4898 •
1_800_955_4464
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