Students work on computer aided drafting in a civil engineering class

Computer-Assisted Drafting

Program Type: Certificate in Applied Science

Program Level: UG

Division: Science, Technology, Engineering, & Math

Program Duration: 16 months

Program Contact: David Edwards

Credit Requirement: 25

Time: Day

Program overview

This certificate provides students with training in basic CAD skills and prepares them to continue in the Civil Engineering Technology curriculum or for entry-level positions in the industry.

Courses Required

Semester 1

Manufacturing Processes

Course Code: EGR-175

This course includes the processes, alternatives, and operations in the manufacturing environment.


Print Reading And Sketching

Course Code: EGT-106

This course covers the interpretation of basic Engineering drawings and sketching techniques for making multi-view pictorial representations.


Introduction to CAD

Course Code: EGT-151

This course covers the operation of a Computer Aided Drafting system. The course includes interaction with a CAD station to produce technical drawings.


Semester 2

Engineering Computer Applications

Course Code: EGR-120

This course includes the utilization of applications software to solve Engineering Technology problems.


Advanced Cad

Course Code: EGT-252

This course covers advanced concept6s of CAD software and applications.


Semester 3

Engineering Graphics II

Course Code: EGT-115

This course in Engineering Graphics science includes additional drawing techniques for industrial applications.


Advanced Cad

Course Code: EGT-252

This course covers advanced concept6s of CAD software and applications.


Entry Requirements

To see a list of entrance requirements for this program, please check the FDTC Course Catalog.

Download Catalog

Student Learning Outcomes

Graduates of this program will be able to:

  • Utilize 2D CAD software to delineate part details and produce documentation to enable accurate production. Students will also utilize 2D CAD software to complete a property survey project and characterize pertinent details according to industry standards.

  • Employ 3D CAD software tools to create both part and assembly models and employ simulation software to characterize mechanical systems and to convey both design concepts and details to both technical and nontechnical personnel. Students will produce competent prototype models and evaluate form and fit within assemblies. Students will iterate prototype model production and demonstrate model and prototype improvement techniques to meet customer demands.