THESIS OPTION
(30)*
(At Least 15 Hours
500-Level Courses) |
NON-THESIS
OPTION (33)*
(At Least 21 Hours
500-level Courses) |
|
MEE Speciality Courses (6)
(Selected from the following
table) |
MEE Speciality Courses (6)
(Selected from the following
table) |
|
Applied Mathematics or
Advanced Engineering Analysis (6)
(Selected from the following
table) |
Applied Mathematics or
Advanced Engineering Analysis (6)
(Selected from the following
table) |
|
Other Graduate Courses:
Electives from All Graduate
Courses (12) |
Other Graduate Courses:
Electives from All Graduate
Courses (18) |
|
MEE
599: Master Thesis (6) |
MEE
597: Independent Study (3) |
MEE SPECIALITY
COURSES (6)
(Two Courses From One Of
The Following Groups) |
|
Applied Mechanics |
Materials and Manufacturing
|
MEE 510
|
Experimental Stress Analysis (3) |
MEE 529 |
Materials Engineering in Mechanical Design
(3) |
|
MEE 511 |
Continuum Mechanics of Materials (3) |
MEE 530 |
Structure and Properties of Polymers (3) |
|
MEE 512 |
Advanced Mechanics of Materials (3) |
MEE 531 |
Computer-Aided Design of Mech. Systems (3) |
|
MEE 513 |
Fatigue and Fracture Mechanics (3) |
MEE 532 |
Tribology (3) |
|
MEE 514 |
Theory of Elasticity and Applications (3) |
MEE 533 |
Computer-Aided Manufacturing (3) |
|
MEE 516 |
Mechanical Behavior of Composites (3) |
MEE 534 |
Experimental Methods in Materials Science
(3) |
Dynamic Systems and Control
|
Thermal-Fluid Engineering |
|
MEE 520 |
Advanced Dynamics (3) |
MEE 540 |
Advanced Fluid Mechanics (3) |
|
MEE 521 |
Advanced Vibrations (3) |
MEE 542 |
Dynamics of Viscous Fluids (3) |
|
MEE 522 |
Experimental Methods in Mechanical
Vibrations (3) |
MEE 550 |
Advanced Thermodynamics (3) |
|
MEE 523 |
Robot Vision Control (3) |
MEE 555 |
Conduction Heat Transfer (3) |
|
MEE 524 |
Robot Dynamics and Control (3) |
MEE 556 |
Convection Heat Transfer (3) |
|
MEE 525 |
Robot Programming and Control (3) |
MEE 558 |
Computational Heat transfer & Fluid
Mechanics (3) |
|
MEE 526 |
Advanced Control Systems Design (3) |
|
REQUIREMENTS FOR GRADUATES WITH A B.S. IN AN AREA OTHER
THAN MECHANICAL ENGINEERING
(In Addition To The Above
Courses, 9 Hours From One Of The Following Groups With A or
B Grade)
|
|
Applied Mechanics |
Thermal-Fluid Engineering
|
MEE 210
|
Engineering Mechanics I (3) |
MEE 340 |
Fluid Mechanics (3) |
|
MEE 211 |
Engineering Mechanics II (3) |
MEE 350 |
Engineering thermodynamics (3) |
|
MEE 212 |
Strength of Materials (3) |
MEE 351 |
Applied Thermodynamics (3) |
|
MEE 220 |
Mechanism Design (3) |
MEE 352 |
Heat Transfer (3) |
|
MEE 350 |
Engineering Thermodynamics (3) |
MEE 451 |
Refrigeration and Air Conditioning (3) |
|
MEE 470 |
Design of Machine Elements (3) |
MEE 452 |
Design of Thermal Systems (3) |
|
|
|
MEE 453 |
Propulsion (3) |
Dynamic Systems and Control
|
Materials and Manufacturing
|
|
MEE 211 |
Engineering Mechanics II (3) |
MEE 212 |
Strength of Materials (3) |
|
MEE 321 |
Mechanical Vibrations I (3) |
MEE 330 |
Materials Science (4) |
|
MEE 322/ ELE 380 |
Dynamic
Systems and Control I
/ Controls Systems I (4) |
IENG 431/ IENG 450/ IENG
451 |
Reliability Engineering (3)
/
Integrated Manufacturing
Systems (3) /
Expert Systems in
Engineering (3) |
|
MEE 421 |
Dynamic Systems and Control II (3) |
MEE 331 |
Manufacturing Processes (3) |
|
MEE 422 |
Design of Robot Manipulators (3) |
MEE 423 |
Mechanical Reliability (3) |
|
MEE 424 |
Machinery Vibration (3) |
MEE 431 |
Composite Materials (3) |
|
MEE 425 |
Design of Mobile Robots (3) |
TECH 345 /TECH441 |
Plastic
Molding Processes (4) / Thermoforming Fabricating, and
Expanding Plastic Polymers (3) |
|
MEE 470 |
Design of Machine Elements (3) |
|
