Mechanical Engineering Technology Associate in Applied Science
Mechanical Engineering Technology involves assisting engineers in designing, developing, testing, and manufacturing machinery, products and equipment. To qualify for these positions, which command excellent salaries, job applicants should have a resume that includes an associate degree.
The Greenville Technical College Mechanical Engineering Technology (MET) program delivers textbook knowledge and hands-on practice with the software and technology of the industry, preparing graduates to enter the field and succeed.
The body of knowledge covered in the Certified Manufacturing Technologist (CMfgT) examination, which is included in the certification program of the Society of Manufacturing Engineer’s (SME) Manufacturing Engineering Certification Institute (MECI) may be covered.
The Mechanical Engineering Technology program will equip graduates to use their knowledge and training to provide technical support and/or quality design to manufacturing/engineering processes for their employer and encourage staying abreast of changing technologies through continued lifelong learning.
Acceptable placement test score(s); plus high school diploma or GED
Type of Program
Day or evening
The MET program is accredited by the Engineering Technology Accreditation Commission of ABET, https://www.abet.org/.
Transfer Options/Continuing Education
- The MET Department has a 2+2 cooperative agreement with the University of South Carolina-Upstate for students to complete a Bachelor of Science in Engineering Technology Management.
- The MET Department has a cooperative agreement with Western Carolina University for students to complete a Bachelor of Science in Engineering Technology.
- Transferring to a four-year engineering technology program — If a student desires to pursue a Bachelor of Science in Engineering Technology from a four-year university, it is recommended he/she pursue schools that have ETAC/ABET accreditation in the program of interest. This should simplify the acceptance of all or the majority of the course work taken at Greenville Tech to other institutions with ETAC/ABET-accredited programs.
- Transferring to a four-year engineering program — If a student wishes to pursue a bachelor of science in engineering from a four-year university, it is recommended he or she pursue schools that have EAC (Engineering Accreditation Commission)/ABET accreditation in the program of interest.
- In addition, required general education courses, such as ENG 101 English Composition I*, and many of the social science and humanities electives should transfer to the four-year college or university of interest as well. Keep in mind that if there is any desire to transfer to another college or university, the student should discuss transfer requirements early in his or her academic career with a representative from the college or university to which he or she plans to transfer. It is also important to share this information with the student’s MET advisor at Greenville Tech.
Visit our web page at https://www.gvltec.edu/met/.
Listed below is the ideal grouping of courses in order by semester. This plan assumes a full-time schedule. Note, however, that many variables can affect this plan, and not every course is offered every semester. Please see your advisor to map out your own personalized progression toward graduation.
Note: Please contact your advisor for recommended evening schedules.
|EGR 130||Engineering Technology Applications and Programming 1,2||3|
|EGR 170||Engineering Materials 1||3|
|EGT 110||Engineering Graphics I||4|
|MAT 110||College Algebra*||3|
|ENG 101||English Composition I* 3||3|
|Total Semester Hours||16|
|EGR 175||Manufacturing Processes||3|
|Select one of the following:||3|
|Introduction to Engineering/Computer Graphics (Solid Works) 4|
|Introduction to Engineering CAD (AutoCAD) 4|
|MAT 111||College Trigonometry*||3|
|PHY 201||Physics I* 1||4|
|SPC 205||Public Speaking*||3|
|Total Semester Hours||16|
|EET 227||Electrical Machinery||3|
|EGR 194||Statics and Strength of Materials 1||4|
|Select one of the following:||4|
|Physics II* 1|
|College Chemistry I* 4|
|QAT 109||Introduction to Metrology||1|
|Total Semester Hours||12|
|Select one of the following:||3-4|
|Analytical Geometry and Calculus I* 1|
|Probability and Statistics*|
|MET 211||Strength of Materials 1,2||4|
|MET 214||Fluid Mechanics||3|
|MET 235||Manufacturing Engineering Principles||2|
|Technical Elective I 5,6||3|
|Total Semester Hours||15-16|
|MET 231||Machine Design||4|
|EGR 255||Engineering Technology Senior Systems Project||2|
|Technical Elective II 6||3|
|Social Science Elective||3|
|Total Semester Hours||15|
|Total Required Credit Hours||74-75|
Substitutable courses: Many of the MET program’s courses are either the same, or closely related to, the engineering courses that are a part of the Associate of Science Degree with an Engineering Transfer Track. The primary difference is that the engineering courses in the transfer program are based on calculus, while the courses in the MET program are based primarily on algebra and trigonometry. Therefore, any student who is considering pursuing a Bachelor of Science degree in engineering may wish to consider taking the calculus-based courses instead.
Students who substitute EGR 269 Engineering Disciplines and Skills for EGR 130 Engineering Technology Applications and Programming and/or EGR 204 Mechanics of Materials for MET 211 Strength of Materials must take an additional credit hour for each to meet the total hours required for graduation.
Courses that usually transfer to Clemson or the University of South Carolina.
Department head approved co-op may be used to substitute for up to three (3) hours of technical electives.
Please see advisor for technical elective list.
Note: Cooperative education is highly recommended by the department. Technical electives may come from any Engineering Technology program or department head approval required for an industrial technology course.