Typical Program (Full-Time Day)
Typical Program (Part-Time Evening)
HEGIS Code: 5303
SUNY Code: 1167
Major Code: CAD
Drafting is a vital skill in our increasingly technical society. The NCCC program has placed 96 percent of its graduates in related areas of employment for over 40 years. The implementation of Computer Aided Drafting and Design (CADD) has greatly enhanced career opportunities.
Persons with the ability to use CADD, coupled with the appropriate technical theory and application, will be able to pursue a career with greater potential concentrating in design rather than basic drafting or as a CADD operator.
The NCCC Approach
The Computer Aided Drafting program can be completed in nine months (one academic year). All courses are directly related to the career. The program will expose students to drafting, emphasizing CADD, as it relates to mechanical, civil and piping. The program is broad-based so that the preparation will allow students to advance in the field as technical designers. Upon completion of the certificate, students may additionally elect to complete studies at the associate degree level.
Students admitted in September and January.
Computer Aided Drafting is offered as a full-time day program or part-time evening program. Because of the sequencing of courses, it may take longer than four semesters to complete the part-time evening program or two semesters to complete the full-time day program if a student begins in a spring semester.
Applicants should have a minimum of Integrated Algebra or equivalent algebra at the college level. For those who feel a need to develop drawing skills, an introductory course is available. Contact the Division Office at 614-6850.
Program Goals and Objectives
- Imparting factual knowledge and fundamental principles of drafting to help the students develop the tools and skills required to compete in the workplace
- Developing the sense of responsibility and self-discipline required to compete in the workplace
- Fostering the ability to use creative decision-making and problem-solving skills as part of the design process
Student Learning Outcomes
The student will demonstrate:
- The ability to use AutoCAD to express ides in a timely and efficient manner
- An understanding of industry standards
- The ability to use basic algebra and trigonometry to solve design problems
- The ability to use catalog and reference material to solve design problems