The Computer Aided Drafting and Design (CADD) program offers an exciting and profitable future for graduates. Students who enroll in CADD at Grayson College learn the latest drafting software as well as the essentials for a challenging and satisfying career. Students learn basic drafting techniques, 2D drawing, solid modeling, 3D parametric modeling, and 3D printing. As technology expands, the need for technical support people also expands. Over 95% of Grayson College’s CADD graduates get a job in the drafting field or continue their education at a four-year institution. 3D modeling is rapidly growing in various industries including; medical, art, food, clothing, film, animation, gaming, architecture, manufacturing, industrial design, and interior design. The CADD curriculum at Grayson College prepares students for jobs in mechanical, electromechanical, architectural, industrial and technical illustration, as well as the previously mentioned areas of interest.
The Computer Aided Drafting and Design program offers an Associate of Applied Science Degree, the Drafting Assistant Certificate and the CADD Technician Certificate.
The CADD Technician Certificate and the Drafting Assistant Certificate require a High School Diploma or equivalent. The Associate of Applied Science Degree requires that TSI requirements are met.
Graduation with a CADD Certificate or an Associate of Applied Science Degree in Computer Aided Drafting and Design requires the successful completion of a Comprehensive Exit Exam.
| Subject | Semester Hours |
|---|---|
| DFTG 1309 (Basic Computer Aided Drafting) | 3 |
| DFTG 1317 (Architectural Drafting - Residential) | 3 |
| * SPCH 1311 or 1321 | 3 |
| DFTG 1405 (Technical Drafting) | 4 |
| *Lang, Phil, Culture/Creative Arts Core | 3 |
| DFTG 2331 (Adv Technologies in Architectural Drafting) | 3 |
| DFTG 1433 (Mechanical Drafting) | 4 |
| DFTG 2419 (Intermediate Computer-Aided Drafting) | 4 |
| *Social and Behavioral Science | 3 |
| DFTG 2402 (Machine Drafting) | 4 |
| DFTG 2430 (Civil Drafting) | 4 |
| DFTG 1445 (Parametric Modeling and Design) | 4 |
| ENGL 1301 (Composition I) | 3 |
| DFTG 2440 (Solid Modeling/Design) | 4 |
| DFTG 2438 (Final Project - Adv. Drafting) | 4 |
| DFTG 2450 (Geometric Dimensioning & Tolerancing) | 4 |
| MATH 1314 (College Algebra) | 3 |
| total: | 60 |
Capstone Experience: All students must complete the capstone requirement. Successful completion of a comprehensive exit exam prior to graduation.
*Please review your Student Planner or contact your Student Success Coach/Faculty Mentor to review which courses may be used to fill this degree requirement.
| Subject | Semester Hours |
|---|---|
| DFTG 1309 (Basic Computer-Aided Drafting) | 3 |
| DFTG 1317 (Architectural Drafting - Residential) | 3 |
| DFTG 1405 (Technical Drafting) | 4 |
| * SPCH 1311 or 1321 | 3 |
| DFTG 2331 (Adv. Tech in Architectural Design & Drafting) | 3 |
| DFTG 1433 (Mechanical Drafting) | 4 |
| DFTG 2419 (Intermediate Computer-Aided Drafting) | 4 |
| total: | 24 |
Capstone Experience: All students must complete the capstone requirement. Successful completion of a comprehensive exit exam prior to graduation.
*Please review your Student Planner or contact your Student Success Coach/Faculty Mentor to review which courses may be used to fill this degree requirement.
| Subject | Semester Hours |
|---|---|
| DFTG 1309 (Basic Computer-Aided Drafting) | 3 |
| DFTG 1317 (Architectural Drafting - Residential) | 3 |
| DFTG 1405 (Technical Drafting) | 4 |
| DFTG 2419 (Intermediate Computer-Aided Drafting) | 4 |
| * SPCH 1311 or 1321 | 3 |
| total: | 17 |
Capstone Experience: All students must complete the capstone requirement. Successful completion of a comprehensive exit exam prior to graduation.
*Please review your Student Planner or contact your Student Success Coach/Faculty Advisor to review which courses may be used to fill this degree requirement.
An introduction to computer-aided drafting. Emphasis is placed on setup; creating and modifying geometry; storing and retrieving predefined shapes; placing, rotating, and scaling objects, adding text and dimensions, using layers, coordinate systems, and plot/print to scale.
Architectural drafting procedures, practices, terms, and symbols. Preparation of detailed working drawings for residential structures. Emphasis on light frame construction methods
Introduction to the principles of drafting to include terminology and fundamentals, including size and shape descriptions, projection methods, geometric construction, sections, and auxiliary views.
An introduction to reading and interpreting working drawings for fabrication processes and associated trades. Topics to include welding drawing, HVAC, electrical and architectural/construction.
Study of mechanical drawings using dimensioning and tolerances, sectioning techniques, orthographic projection, and pictorial drawings.
Parametric-based design software for 3D design and drafting.
Use of architectural specific software to execute the elements required in designing standard architectural; exhibits utilizing custom features to create walls, windows and specific design requirements for construction in residential/commercial and industrial architecture.
Production of detail and assembly drawings of machines, threads, gears, utilizing tolerances, limit dimensioning and surface finishes.
A continuation of practices and techniques used in basic computer-aided drafting including the development and use of prototype drawings, construction of pictorial drawings, extracting data and basics of 3D.
An in-depth study of drafting methods and principles used in civil engineering.
A drafting course in which students participate in a comprehensive project from conception to conclusion. • Identify Problems • Use industry standard research techniques. • Create complete drawing packages
A computer-aided modeling course. Development of three-dimensional drawings and models from engineering sketches and orthographic drawings and utilization of three-dimensional models in design work.
Geometric dimensioning and tolerancing, according to standards, application of various geometric dimensions and tolerances to production drawings.
A work-based learning experience that enables the student to apply specialized occupational theory, skills and concepts. A learning plan is developed by the college and the employer.
Last updated: 02/10/2021