Master of Science
Degree in Mechanical Engineering
This degree program provides advanced
study in traditional and contemporary Mechanical Engineering
fields. The traditional track permits the student
to increase his/her knowledge and competence in basic
areas necessary to Mechanical Engineering while affording
sufficient freedom to provide in-depth study in such
areas as solid mechanics, structural dynamics, fluid
mechanics, heat transfer, mechanical design and computational
methods. The contemporary track prepares the student
to succeed in the current Design/Engineering industry
and business.
Emphasis is on Concurrent Design
and Engineering, Computer-Aided Design, Engineering
and Manufacturing, Ergonomics, and studies involving
Computer Communications, Economic Analysis, and Intellectual
Property and Technology for individual Mechanical
Engineering projects.
| Chair: |
Tienko Ting
Technology Engineering Building
(203) 576-4669 |
Course Requirements
- Admission requirements include a Bachelor degree
in Mechanical Engineering or a related Engineering/
Design curriculum and make-up of any deficiencies
existing in previous training. The Contemporary
Track program requires substantial proficiency in
Design so that a demonstration of sufficient design
training or work experience is necessary.
- Programs of Study will ordinarily consist of a
minimum of 30 semester hours and include at least
12 semester hours (9 from the major track and 3
from another track) from the following core courses:
|
TRADITIONAL
TRACK
|
| ME
410 |
Advanced
Fluid Dynamics |
3
|
| ME
451 |
Advanced Strength Analysis
|
3
|
| ME
452 |
Advanced Vibration
|
3
|
| ME
453 |
Finite Element Methods
|
3
|
| ME
454 |
Advanced Dynamics
|
3
|
| ME
463 |
Advanced Heat Transfer
|
3
|
| Math
401 |
Advanced Analysis I
|
3
|
|
CONTEMPORARY
(DESIGN MANAGEMENT) TRACK
|
| ME
421 |
Computer
Aided Engineering/Design |
3
|
| ME
422 |
Advanced CAE/CAD Projects
|
3
|
| ME
423 |
CAM & NC Machining
|
3
|
| ME
430 |
Design & Innovation
|
3
|
| ME
440 |
Ergonomics |
3
|
| ME
453 |
Finite Element Methods
|
3
|
| ME
490 |
Intellectual Property
& Technology |
3
|
| TM
484 |
Product Costing & Economic
Analysis |
3
|
Students must elect one of the following
to satisfy state licensure requirements:
- Comprehensive Examination
- Thesis (6 semester hours)
- Independent Project (3 semester hours)
If a thesis is written, the remainder of the program
must be in the Mechanical Engineering department.
If no thesis is written, 3 semester hours may be taken
in a related engineering field with the balance of
the program to be in Mechanical Engineering courses.
All courses are 3 semester hours unless otherwise
noted.
|
ELECTIVE
COURSES
|
| ME
409 |
Advanced
Thermodynamics |
| ME
410 |
Advanced Fluid Dynamics |
| ME
417 |
Control Systems Engineering
|
| ME
421 |
Computer Aided Engineering/Design
|
| ME
422 |
Advanced CAE/CAD Projects |
| ME
423 |
CAM & NC Machining |
| ME
430 |
Design & Innovation |
| ME
440 |
Ergonomics |
| ME
450 |
Structural Mechanics |
| ME
451 |
Advanced Strength Analysis |
| ME
452 |
Advanced Vibration |
| ME
453 |
Finite Element Methods |
| ME
454 |
Advanced Dynamics |
| ME
456 |
Mechanics of Composite
Materials |
| ME
458 |
Fatigue and Fracture
Mechanics |
| ME
463 |
Advanced Heat Transfer |
| ME
490 |
Intellectual Property
& Technology |
| ME
497 |
Advanced Problems in
Mechanical Engineering |
| ME
596 |
Master's Project |
| ME
598 |
Thesis in Mechanical
Engineering |
| CS
555 |
Web-based Application
Development |
| TM
484 |
Product Costing & Economic
Analysis |
|