Turn specifications into working drawings, models, and CAD deliverables

Drafting and Design Technology/Technician, General is the applied program that teaches students to turn engineering and architectural specifications into working drawings, models, and computer simulations. The CIP definition frames the work as specification interpretation, dimensioning techniques, drafting calculations, material estimation, technical communications, computer applications, and interpersonal communications. In day-to-day terms, students spend their time on CAD platforms — AutoCAD, SolidWorks, Revit, and Inventor are common — producing drawing sets, working through ASME drafting standards, and learning the conventions that let a drawing communicate clearly to a fabricator or construction crew.

The major rewards students who are patient with detail, comfortable with technical standards, and interested in the translation step between engineering intent and physical execution. Drafters are precise communicators: a poorly dimensioned drawing produces a wrong part. Spatial reasoning helps, as does mathematical comfort at the level of applied geometry and trigonometry rather than calculus. The work is collaborative — drafters interface with engineers, architects, contractors, and fabricators — and the interpersonal-communications component of the curriculum reflects that.

At 1,386 annual completions across 212 colleges, this is a broadly available applied program. The occupational picture is mixed: architectural and civil drafters earn $64,280 median with 4.1% projected growth, but mechanical drafters ($68,510), electrical and electronics drafters ($73,720), and drafters in the all-other bucket ($62,010) all show projected contractions of 5-7%. Bachelor's completers report median five-year earnings of about $72,318 versus $58,689 at the associate's level — a meaningful premium that reflects how the bachelor's opens higher-value industrial and engineering-support roles beyond pure drafting.