Associate of Applied Science: Advanced Manufacturing and Fabrication

AAS Degree: 98 credits. Advising Guide

Career Description

Students completing the Advanced Manufacturing and Fabrication program can follow a variety of career pathways with their training, including, but not limited to: metal fabricators and assemblers; cutting, punching and press machine operators; lathe and turning machine operators; welders, cutters, solderers and brazers; grinding and polishing workers; computer-controlled tool operators and programmers.

Course of Study

Students completing the 43 credit Advanced Manufacturing Technology certificate at CGCC now have the opportunity to complete a full two year AAS degree in Advanced Manufacturing and Fabrication with the addition of this second year of classes. The degree adds new skills and processes focusing on higher-technology applications in the manufacturing spectrum. All courses in the Manufacturing and the Advanced Manufacturing Technology certificates count toward the AAS requirements.

Program Outcomes

Upon successful completion of this degree, students will be able to:

  1. Produce welds to AWS standard in fillet and grooves using GMAW, SMAW and GTAW processes.
  2. Demonstrate knowledge of basic CNC operations and G Code.
  3. Generate product designs and blueprints using CAD software.
  4. Manufacture multi-part assembly products from problem solving process to design and reality, including at quantity production run.
  5. Apply basic metallurgical concepts and basic materials science as they pertain to metals to create better production results in manufacturing processes.
  6. Demonstrate knowledge of necessary mathematical concepts as they apply to manufacturing.
  7. Use critical thinking and problem-solving skills to create more efficient systems of manufacturing.

Prerequisites 

  • Placement into MTH 98 Quantitative Math (4 credits)
  • Placement into WR 115 Introduction to Expository Writing (4 credits) or higher 

Course Map

Sequence shown is a recommended plan for full-time enrollment. Scheduling requirements may prevent all courses from being offered every term. Students must meet with an academic advisor to map their specific degree plan.

Course Credits
MFG 150 Basic Manufacturing Processes 3 credits
MFG 155 Blueprint Reading 3 credits
MFG 195 Welding Technology I  3 credits
MTH 98 Quantitative Math (or higher) 4 credits
WR 115 Introduction to Expository Writing (or higher) 4 credits
Total 17 credits

Course Credits
MFG 151 Fabrication Processes 1 3 credits
MFG 156 Integrated Manufacturing 1 3 credits
MFG 280 Aluminum GTAW/TIG Welding 3 credits
MFG 281 Aluminum GTAW/TIG Fabrication Processes 1 3 credits
MFG 285 Stainless Steel GTAW/TIG Welding 3 credits
Total 15 credits

Course Credits
MFG 152 Fabrication Processes 2 3 credits
MFG 157 Integrated Manufacturing 2  3 credits
MFG 282 Aluminum GTAW/TIG Fabrication Processes 2 3 credits
MFG 286 Stainless Steel GTAW/TIG Fabrication 1 3 credits
MFG 287 Stainless Steel GTAW/TIG Fabrication 2 3 credits
Total 15 credits

Course Credits
MFG 201 Tube and Pipe Fabrication 3 credits
MFG 210 Introduction to Computer Aided Design and Tolerancing 3 credits
MFG 220 Production Manufacturing 1 3 credits
WR 121 or WR 121Z Composition I 4 credits
General Education Electives 4 credits
Total 17 credits

Course Credits
MFG 202 Tube Fabrication 3 credits
MFG 211 CAD Design for CNC Manufacturing 1 3 credits
MFG 221 Production Manufacturing 2 3 credits
General Education Electives 4 credits
General Education Electives 4 credits
Total 17 credits

Course Credits
MFG 203 Pipe Fabrication and Welding 3 credits
MFG 212 CAD Design for CNC Manufacturing 2 3 credits
MFG 222 Production Manufacturing 3 3 credits
MFG 290 Student Production Manufacturing Lab 1 4 credits
General Education Electives 4 credits
Total 17 credits

Requirements Credits
Manufacturing (MFG) 70
Mathematics (MTH) 4
Writing (WR) 8
General Education Electives 16