Oct 20, 2019  
2017-18 Catalog 
2017-18 Catalog [ARCHIVED CATALOG]

Computer-Aided Design (CAD)

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Program Design

The Computer-Aided Design (CAD) certificate program provides students with career-based training in mechanical design using computer-aided drafting/design technology. To provide the necessary technical base, the program also includes education and training in mathematics, engineering drawing, and geometric dimensioning and tolerancing skills. Basic training in computer technology is included to prepare students for the two-dimensional, three-dimensional and solid-modeling computer-aided design technology in the program. CAD technology in the core of the certificate program is comprised of 2D AutoCAD® integrated with Solidworks® parametric solid-modeling and rendering technology, as well as an option of Mastercam® CNC software.

All manufacturing and engineering design in today’s high-technology business and industry use computer-based manufacturing and computer-aided design technologies that integrate the design, engineering and manufacturing processes of complex products, parts, and assemblies-into a single, technically coherent process.


Students may enroll in this program full- or part-time. Courses are offered during daytime and/or evening hours. Students who complete the Computer-Aided Design (CAD) certificate program and decide to pursue an associate in science degree may apply all of their credits towards the Industrial Technology A.S. degree program or the Connecticut College of Technology Technological Studies A.S. degree pathways program, both of which are articulated technology programs within Central Connecticut State University’s School of Engineering and Technology. Students should consult with an engineering/technology faculty advisor to plan their program and schedule of classes, and to discuss required course prerequisites.

Learning Outcomes

Upon successful completion of all Computer-Aided Design certificate program requirements, graduates will

  1. Interpret complex engineering drawings including geometric dimensioning and tolerancing.
  2. Perform competently in solving technical manufacturing and engineering mathematics problems.
  3. Exhibit competency in two-dimensional, three-dimensional and solid-modeling skills as applied to complex computer-aided design technology.
  4. Demonstrate an understanding of the role and function of computers and effectively use the computer to solve complex technical problems.

Total Credits Required: 15

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