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Mechanical Engineering Technology Associate of Applied Science Contact Information J. Mike Weiksner Sr. 706-771-4093 Augusta Campus - Building 800, Room 819
| Entrance Dates: |
Fall, Winter, and Spring |
| Length of Program: |
Eight Quarters |
| Credit Hours Required for Graduation: |
118 |
Program Description
The Mechanical Engineering Technology program is accredited by the Technology Accreditation Commission of the Accreditation Board for Engineering and Technology. It consists of a planned sequence of carefully developed college-level courses designed to prepare students to work in the field of mechanical engineering technology. Graduates will receive an associate degree with a major in Mechanical Engineering Technology with emphasis in manufacturing and design. The program of study requires the application of scientific, mathematical, and engineering knowledge and methods combined with the technical skills required for the support of engineering activities. High school graduation or GED is required for admission to this program.
Employment Opportunities
The increasing complexity of modern technology results in an increased demand for engineering technicians. Graduates will work with engineers and scientists in developing, manufacturing, distributing, and marketing new technically advanced designs and other world-class quality products in a global market. To successfully compete in this market requires all engineering technology graduates to be thoroughly knowledgeable of and skilled in computer-aided technologies such as computer-aided design, and manufacturing.
| Curriculum Outline |
Credits |
| General Core Courses |
40 |
| ENG |
191 |
Composition and Rhetoric I |
5 |
| ENG |
195 |
Technical Communications |
5 |
| MAT |
191 |
College Algebra |
5 |
| MAT |
194 |
Precalculus |
5 |
| HUM |
191 |
Introduction to Humanities |
5 |
| PHY |
191 |
Mechanics |
5 |
| PSY |
191 |
Introductory Psychology |
5 |
| CHM |
193 |
Inorganic Chemistry |
5 |
| Occupational Courses |
28 |
| CIS |
191 |
Computer Programming Fundamentals |
5 |
| DDF |
191 |
Engineering Graphics I |
3 |
| EET |
101 |
D.C. Circuit Analysis |
5 |
| EET |
102 |
A.C. Circuit Analysis I |
5 |
| MAT |
195 |
Differential Calculus |
5 |
| PHY |
193 |
Fluids, Head, Sound, and Light |
5 |
| Specific Occupational Courses |
50 |
| AMF |
150 |
Manufacturing Quality Control |
5 |
| MET |
100 |
Fundamentals of Engineering Technology |
4 |
| MET |
101 |
Engineering Materials |
5 |
| MET |
201 |
Manufacturing Processes I |
5 |
| MET |
203 |
Statics |
5 |
| MET |
204 |
Computer Aided Drafting |
4 |
| MET |
208 |
Strength of Materials |
5 |
| MET |
209 |
Machine Design |
5 |
| MET |
251 |
Dynamics |
5 |
| MET |
260 |
Design Projects |
3 |
| Suggested Occupational Elective Courses |
4 |
| MET |
207 |
CAD/CAM Computer Aided Design and Manufacturing |
4 |
| MET |
215 |
Solids Modeling |
4 |
| MET |
216 |
Presentation Graphics and Animation |
4 |
| MET |
226 |
Fluid Power |
4 |
| MET |
250 |
Thermodynamics and Heat Transfer |
4 |
| CHM |
190 |
Chemistry for Laboratory Technicians |
5 |
| PHY |
192 |
Electricity and Magnetism |
5 |
Notes:
- A grade of “C” or higher is required for courses with prefixes: AMF, CHM, DDF, MAT, MET, and PHY.
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