Kick-start your engineering degree.
Accelerate your engineering career with SCC Iowa's CAD Transfer Pathway! Earn an Associate in Applied Science (AAS) degree in CAD Technology, gaining essential technical skills and hands-on training for the drafting industry.
Transfer up to 64 credits to Iowa Regent Institutions (UNI, ISU, or UI) or other partner schools, saving time and money on your path to a bachelor's degree in CAD and unlocking flexible scheduling options for advancing your career prospects.
Program location
Skills you'll learn
- Geometric constructions for drawing production
- Self-motivation to start a project and self-discipline to carry it out
- Various CAD software, drafting systems
Key classes you'll take
- Geometric Dimensioning Tolerancing
- Parametric Solid Modeling
Common transfer colleges and universities
- Iowa State University
- University of Iowa
- University of Northern Iowa
- Western Illinois University
Thinking mechanical engineering? Take a look at our Engineering Transfer Degree.
Where this degree can take you
- Manufacturing Engineer
- Engineering Management
- Quality Management
- Industrial Engineer
- Improvement Manager
Industry partners
- Case-New Holland
- Hawkeye Pedershaab
- KPI Concepts
- Frank Millard Company
Contact Us
West Burlington Campus Admissions
Call: (319) 208-5155
Text: (319) 250-7144
Email: admissionswb@scciowa.edu
Keokuk Campus Admissions
Call: (319) 313-1923
Text: (319) 220-3266
Email: admissionskeo@scciowa.edu
The Computer Aided Design (CAD) program provides students with the skills necessary to create detailed product and assembly drawings, as well as architectural blueprints. Students learn the process of visualizing and developing models in two and three dimensional environments. Several software programs are introduced and used to provide students with hands-on experiences with the tools utilized in the workforce. Students will earn an OSHA 10 General Industry credential upon completion of the first semester of the program.
Students may choose between two pathways in the CAD program: Career Pathway or Transfer Pathway.
The Career Pathway provides students with the skill set needed to go directly into the industry. Students are introduced to the CAD field during their internship. Successful completion of the CAD AAS program prepares the student for their full-time career.
Please view the technical standards for this course.
Summary Sheet
The summary sheet provides a program overview and other information.
Curriculum Sequence
| Fall Semester I | Course Title | Credit |
|---|---|---|
| CAD-101 | Introduction to CAD | 3 |
| DRF-113 | Fundamentals of Technical Drafting | 3 |
| MFG-212 | Basic Machine Theory | 3 |
| EGT-108 | Principles of Engineering | 3 |
| Please choose between the following MAT-702 or MAT-120 and MAT-134 together: | ||
| MAT-120 | College Algebra | 3 |
| MAT-134 | Trigonometry and Analytic Geometry | 3 |
| Please choose between the following MAT-702 or MAT-120 and MAT-134 together: | ||
| MAT-702 | Introduction to Math Applications | 3 |
| TOTAL CREDITS | 18 | |
| Spring Semester I | Course Title | Credit |
|---|---|---|
| MFG-142 | Geometric Dimensioning Tolerancing | 3 |
| CAD-277 | 3-D Dimensional (3-D) Modeling I | 3 |
| EGT-116 | Continuous Quality Management | 3 |
| SOC-114 | Conflict Resolution in the Workplace | 3 |
| ENG-110 | Writing for the Workplace | 3 |
| TOTAL CREDITS | 15 |
| Summer Semester | Course Title | Credit |
|---|---|---|
| CAD-932 | Internship | 4 |
| TOTAL CREDITS | 4 |
| Fall Semester II | Course Title | Credit |
|---|---|---|
| ARC-113 | Architectural Drafting I | 4 |
| MFG-206 | Manufacturing Processes I | 3 |
| PHY-106 | Survey of Physics | 4 |
| Take 1 of 2 courses | ||
| CAD-140 | Parametric Solid Modeling | 3 |
| EGT-400 | PLTW - Introduction to Engineering Design | 3 |
| Take WBL-110 as 1 credit | ||
| WBL-110 | Employability Skills | 1-3 |
| TOTAL CREDITS | 15 | |
| Spring Semester II | Course Title | Credit |
|---|---|---|
| ARC-129 | Residential/Light Commercial Drafting | 4 |
| CAD-248 | Parametric CAD II | 3 |
| CSC-110 | Introduction to Computers | 3 |
| PHI-105 | Introduction to Ethics | 3 |
| TOTAL CREDITS | 13 |
CAD-101 - Introduction to CAD
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
An introduction to computer aided design and drafting. Actual hands-on experience in designing, drawing and dimensioning using CAD micro-based CAD software. The course presents logical step-by-step instruction about the CAD commands, mode settings, drawing aids, shortcuts and other valuable characteristics of CAD. Finished copies of the students’ work will be made on a printer or plotter.
DRF-113 - Fundamentals of Technical Drafting
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
Fundamentals of drawing techniques conveyed using free hand sketching. Emphasis is placed on the ability to visualize in three dimensions, neatness, accuracy, legibility, speed and use of computer graphics in the solution of graphic problems.
MFG-212 - Basic Machine Theory
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
Introduction to basic machining processes involving drill press, lathe, mills, drills, saws, bench tools, measuring tools and grinders. Classes will cover safety, tooling, metal removal methods and different various pieces of equipment. The course will introduce the national OSHA safety standards, and upon completion of this course, students will receive the OSHA 10 General Industry card.
EGT-108 - Principles of Engineering
|
Lecture: 3 |
Credit: 3 |
This course explores technology systems and manufacturing processes using the methodology of project-based engineering problem solving. Learning activities explore a variety of engineering disciplines and address the social and political consequences of technological change.
MAT-120 - College Algebra
|
Lecture: 3 |
Credit: 3 |
This course is a study of rational, exponential, logarithmic and polynomial functions and relations, their graphs and related equalities. The study of the curricular functions, graphs and applications is included. This course may be taken concurrently with MAT-134.Prerequisite: MAT-092 or MAT-099 with a minimum grade of C- or meet minimum placement testing requirements.
MAT-134 - Trigonometry and Analytic Geometry
|
Lecture: 3 |
Credit: 3 |
The student will study degree and radian angles; apply basic geometric and trigonometric concepts to solve triangles; apply and graph trigonometric functions and their inverses to solve applied problems; verify trigonometric identities; convert paired data between rectangular and polar notation systems; apply math operations on vectors and complex numbers; graph polar equations; and analyze/graph elliptic, hyperbolic, and other conic equations. Prerequisite: MAT-120 with a minimum grade of C- or meet minimum placement test score requirements. Corequisite: This course may be taken concurrently with MAT-120.
MAT-702 - Introduction to Math Applications
|
Lecture: 2 |
Lab: 2 |
Credit: 3 |
This course is offered to students who can profit from an applied course in mathematics and will prepare students who need to develop skills for MAT-704. It is designed as an introductory level algebra course recommended for students with one year of high school algebra. Emphasis is on the building of basic algebra skills and the application of these mathematical techniques. The course studies the relationship of geometry and algebra as they apply to various fields. This course will also cover whole numbers/decimals, integers, fractions/percents, direct measurement, basic geometric concepts/relationships, linear equations and right-triangle trigonometry. Prerequisite: MAT-052 or meet minimum placement testing requirements.
MFG-142 - Geometric Dimensioning Tolerancing
|
Lecture: 3 |
Credit: 3 |
This course introduces the student to the use of Geometric Dimensioning and Tolerancing. It consists primarily of learning the names, meanings and applications of the symbols used on engineering drawings that include GD&T. Prerequisites: CAD-101 and DRF-113.
CAD-277 - 3-D Dimensional (3-D) Modeling I
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
This course teaches parametric solid model CAD basics. Three-dimensional parametric concepts with design intent and solid CAD models will be built and edited. This course builds on previous basic drafting skills and focuses on using parametric solid modeling design software to develop technical drawings. Topics include patterns of features, editing, adding dimensions and creating simple assemblies. Prerequisite: CAD-101.
EGT-116 - Continuous Quality Management
|
Lecture: 3 |
Credit: 3 |
This introductory course will lead the student into the world of quality and the quality process. Students will be exposed to the basic principles of lean manufacturing and quality control inspection tools. Students will analyze the performance of a production process, formulate process adjustments or improvements and carry out the strategies for process adjustment and/or improvement.
SOC-114 - Conflict Resolution in the Workplace
|
Lecture: 3 |
Credit: 3 |
Conflict Resolution in the Workplace will study conflict resolution theories and applications in the workplace. The course will provide students with the opportunity to develop their own effective interpersonal conflict resolution skills as well as skills needed to help employees resolve their conflicts with one another and the skills needed to negotiate contracts. Students will also be introduced to theories and skills needed to apply culturally sensitive principles to conflict resolution.
ENG-110 - Writing for the Workplace
|
Lecture: 3 |
Credit: 3 |
Writing for the Workplace prepares students for the various types of written communication required by professional employers. In this class, students learn how to write informal and formal documents and reports in the design and style of career-related communication with a focus on audience, purpose, subject and genre and how they affect our writing choices. This course also includes a review of grammar and usage skills, as well as emphasizes effective language use in real-world applications. Prerequisites: ENG-013 with a minimum grade of C-or meet minimum placement test score requirements. No Waivers.
CAD-932 - Internship
|
On Job Training: 16 |
Credit: 4 |
Students will engage in work experience with an approved Computer Aided Design employer. Individual student eligibility will be determined by the instructor. Placement will depend on the student's skill level and the availability of appropriate training sites. Prerequisites: CAD-101 and CAD-277 or Instructor Approval.
ARC-113 - Architectural Drafting I
|
Lecture: 2 |
Lab: 4 |
Credit: 4 |
A course designed to provide a knowledge of residential house construction and house plans. The students are required to draw architectural plans that include foundations, floor plans, electrical plans, elevations, details and perspectives. Prerequisite: CAD-101, or instructor approval.
MFG-206 - Manufacturing Processes I
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
Basic course in measurements related to manufacturing, material removal, hard mold casting, powder metallurgy, plastics and rubber, material shearing, material forming, the use and manufacture of screw threads, abrasive removal methods, automation and introduction to numerical control. Lab sections demonstrate and give hands-on experiences in reading simple blue prints, layout, measurements and machining on tool room quality machine tools. Prerequisite: MAT-702.
PHY-106 - Survey of Physics
|
Lecture: 3 |
Lab: 2 |
Credit: 4 |
This class is designed as an introduction to the basic concepts of physics. Measurement, the scientific method, motion, forces, work and energy, simple machines, temperature and heat plus electricity and magnetism will be covered. Lab will be an integral part with activities augmenting the lecture concepts.
CAD-140 - Parametric Solid Modeling
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
This course covers the basics of creating parts, modeling utilities, creating engineering drawings and creating assemblies using solid modeling software. Prerequisities: CAD-101 and CAD-277.
EGT-400 - PLTW - Introduction to Engineering Design
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
This course uses a design development process while enriching technical and engineering problem-solving skills; students create and analyze models using specialized computer software (AutoCAD Inventor).
WBL-110 - Employability Skills
|
Lecture: 1-3 |
Credit: 1-3 |
This course is designed to assist students in developing the skills necessary to obtain employment, and to learn and practice the skills and attitudes required for job success. Students will practice resume writing, job application completion and interviewing techniques. Additionally, students will practice work-place problem solving strategies and demonstrate skills required to work in a diverse environment. Prerequisite: WBL-150 is recommended.
ARC-129 - Residential/Light Commercial Drafting
|
Lecture: 2 |
Lab: 4 |
Credit: 4 |
Designing and drawing a complete set of plans, including specifications, calculations and rendering for multi-family or similar two story buildings. Emphasis will also be placed on designing an energy-efficient structure. Prerequisite: CAD-101.
CAD-248 - Parametric CAD II
|
Lecture: 1 |
Lab: 4 |
Credit: 3 |
A continuation of computer aided design (CAD) using SolidWorks software. The student will learn to create and print parametric solids as well as how to use SolidWorks to analyze objects. Prerequisite: CAD-140.
CSC-110 - Introduction to Computers
|
Lecture: 3 |
Credit: 3 |
This course provides an introduction to computer concepts. The student will use the Windows operating system, presentation software, electronic spreadsheet software, database management software and word processing software. Microcomputer hardware and software as well as the processing concepts associated with each will be discussed. The course will also include information on file management, the Internet, virus protection and e-mail basics as applicable to the academic world as well as the business environment. Lab time outside of class is required to complete projects.
PHI-105 - Introduction to Ethics
|
Lecture: 3 |
Credit: 3 |
A survey of the major ethical emphases from ancient to modern times with pertinent reading in the works of representative philosophers.
Jonathan Gaddis - Associate Professor - Computer Aided Design Technology
Email: jgaddis@scciowa.edu
AAS, Southeastern Community College
BA, Iowa Wesleyan University
MBA, St. Ambrose University