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Computer Design Graphics Diploma Contact Information Glenn Frostholm 706-771-4092 Augusta Campus - Building 800, Room 819
| Entrance Dates: |
Fall and Spring |
| Length of Program: |
Five Quarters |
| Credit Hours Required for Graduation: |
65 |
Program Description
The Computer Design Graphics program at Augusta Technical College is a sequence of specific discipline courses designed to prepare students to become Drafters for the Architectural or Mechanical Engineering Technology disciplines. Core classes provide the student with background and skills in mathematics, communications, computer skills, engineering materials, interpersonal relations and professional development. This program of study emphasizes expertise in computer-aided drafting while creating working drawings for commercial buildings and mechanical designs. High school graduation or GED is required for admission to this program.
Instruction is delivered through a combination of lecture and laboratory work to provide students with both theory and application in Computer Design Graphics relating to the Architectural or Mechanical Engineering Technology disciplines.
Employment Opportunities
Job skills in the engineering technology disciplines are increasing. Within the engineering technology disciplines, support jobs such as computer-aided drafting (CAD) will also be increasing. These support jobs require the technician to have the latest training in CAD and technical design techniques. These training skills and techniques may be acquired in Computer Design Graphics. Computer Design Graphics (CDG) is a one-year technical diploma program offering the latest skills in the area of Architectural or Mechanical computer-aided drafting. As students graduate, they may find work with Architects, Engineers, and industry as a Design Drafter. As a Design Drafter, the technician will produce engineering drawings necessary for the construction of buildings and consumer products.
| Curriculum Outline |
Credits |
| General Core Courses |
23 |
| ENG |
101 |
English |
5 |
| ENG |
102 |
Technical Writing |
5 |
| MAT |
103 |
Algebraic Concepts |
5 |
| MAT |
104 |
Geometry and Trigonometry |
5 |
| EMP |
100 |
Interpersonal Relations and Professional Development |
3 |
| Occupational Courses |
23 |
| DDF |
191 |
Engineering Graphics |
3 |
| MET |
100 |
Fundamentals of Engineering Technology |
4 |
| TDG |
110 |
Statics and Strength of Materials |
5 |
| TDG |
114 |
Computer-aided System Customizing |
4 |
| SCT |
100 |
Introduction to Microcomputers |
3 |
| XXX |
xxx |
Occupational Elective |
4 |
| Architectural Specialization |
19 |
| TDG |
111 |
Architectural Site, Floor Plan Graphics |
4 |
| TDG |
112 |
Arch., Mech., and Electrical Planning and Drawing |
4 |
| TDG |
113 |
Architectural Materials and Specifications |
4 |
| TDG |
116 |
Architectural Presentation |
4 |
| TDG |
121 |
Major Project |
3 |
| Mechanical Specialization |
19 |
| MET |
204 |
Computer-aided Drafting |
4 |
| MET |
215 |
Solids Modeling |
4 |
| MET |
207 |
(CAD/CAM) Computer-Aided Design and Manufacturing |
4 |
| TDG |
120 |
Manufacturing Processes |
4 |
| TDG |
121 |
Major Project |
3 |
| Suggested Occupational Electives |
|
| AMF |
150 |
Manufacturing Quality Control |
4 |
| MET |
204 |
Computer-aided Drafting |
4 |
| TDG |
111 |
Architectural Site, Floor Plan Graphics |
4 |
| MET |
215 |
Solids Modeling |
4 |
|