Online Accredited CAD Design & Engineering Design Technology Degrees and Courses

Computer-Aided Design (CAD) technology was introduced to aid in all types of technical design. In fact the technology predated most high-tech graphics design software in use today. And it remains a very flexible design tool for a range of industrial applications. Programs in design technology make use of CAD as an integral part of the process. Tool design is inseparable from manufacturing, just one more reason that this field is important to engineering and industry at large.

Degree Prerequisites

Candidates for design technology and CAD design programs must have an aptitude for technical, hands-on skills. Students with good skills in math and physics are well-suited to industrial design. At the Bachelors degree level candidates may compete for a place in popular programs. High academic scores and technical and CAD skills are a requirement.


Trade degrees like CAD Drafting and Design Technology prove the industry’s influence and demand for highly skilled professionals. Degrees come in an array of levels and feature specialization in such industrial design technologies as product, plastics, and mechanical design.

Associates Degree

CAD Drafting and Design Technology degrees provide industrial professionals with a foundation in the design technology field. Community colleges widely offer two-year degrees that assimilate a scope of technical design know-how. Applicants may choose to study tool design, product and mechanical design. All utilize CAD technology, a large chunk of the curriculum. Credits in required courses such as math, physics and English provide an undergraduate knowledge base. Core curriculum includes: CAD basics, CAD advanced skills, 3-D modeling, material science, mold and die design, and drafting skills.

Bachelors Degree

The Associates degree is a typical predecessor to a Bachelors degree in a design technology field. Four-year programs provide students with advanced courses in technical design, such as product or mechanical design, and more insight into the manufacturing process. Required undergraduate courses include a selection of interdisciplinary courses. Core curriculum includes properties of plastics and metals, prototype design, machines and ergonomics, product design, advanced CAD design, and advanced industrial modeling.

Career Outlook

Computer-aided Design continues to evolve and challenge the boundaries of both materials and product development. Many schools provide job placement and internship opportunities. As long as manufacturing remains a strong and profitable industry, then CAD professionals have well-paying jobs.