Areas of Concentration
Students may specialize in one of the following areas. A total of 20 credits must be taken from the following courses:
| Applied Mechanics - 20 Credits |
|
| MTC 218 - Statics |
2 |
| MTC 222 - Strengths of Materials |
2 |
| MTC 308 - Mechanical Components |
4 |
| MTC 330 - Assistive Technology |
2 |
| MTC 336 - Material Science Applications |
2 |
| MTC 388 - Fundamentals of Solid Modeling with Pro/Engineer |
2 |
| MTC 398 - Mechanical Measurements |
4 |
| MTC 430 - Engineering Dynamics |
4 |
| MTC 464 - Vibrations Analysis |
4 |
| MTC 465 - Advanced Machine Design |
4 |
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|
| Thermal Sciences - 20 Credits |
|
| MTC 350 - Solar Energy Technology |
2 |
| MTC 352 - Thermodynamics |
2 |
| MTC 450 - Solar Energy Concepts |
2 |
| MTC 454 - Engineering Heat Transfer |
4 |
| MTC 461 - Fluid Mechanics |
4 |
| MTC 462 - Turbomachinery |
4 |
| MTC 471 - Space Technology |
2 |
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|
| Computer-Aided Engineering Graphics - 20 Credits |
|
| MTC 222 - Strength of Materials |
2 |
| MTC 308 - Mechanical Components |
4 |
| MTC 362 - Experimental Stress Analysis |
4 |
| MTC 388 - Fundamentals of Solid Modeling with Pro/Engineer |
2 |
| MTC 405 - Solid Modeling/Rapid Prototyping |
2 |
| MTC 442 - Computer-Aided Manufacturing |
4 |
| MTC 465 - Advanced Machine Design |
4 |
| MTC 467 - Computer-Aided Design |
4 |
| MTC 476 - Finite Element Applications |
4 |
* Students are not required to complete a concentration.
Updated 5/30/07
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