The Certificate of Achievement CAD/CAM Programming prepares the student with skills specializing in Computer Aided Design/Computer Aided Manufacturing (CAD/CAM). This program prepares the student to model, program, and simulate complex toolpath and generate code required to automate the manufacturing of parts on multi-axis CNC machines. This program is an SME core competency subject and aligned with NIMS certification in CAD/CAM programming.
· Apply design thinking to product concepts in CAD software
· Demonstrate technical skills for the manufacture of products
· Design and create using Computer Aided Manufacturing (CAM) technology
· Develop plans for CNC machining processes
· Apply design thinking to tool and fixture design
Based on the COE LMI report the current capacity of the similar programs in the region are inadequate to meet the demand of the projections of 236 job openings per year over the next five years. Several courses cross over the different certificate emphasis, and the programs are complementary to both the existing engineering and modern making programs, which can benefit the enrollment of both programs. A well-rounded understanding of manufacturing processes is critical for the success of both competent engineering and industrial design thinking. We anticipate the number of students who would earn these degrees and certificates to be between 15-30 annually when compared to similar programs.
The Certificate of Achievement CAD/CAM Programming prepares the student with skills specializing in Computer Aided Design/Computer Aided Manufacturing (CAD/CAM). This program prepares the student to model, program, and simulate complex toolpath and generate code required to automate the manufacturing of parts on multi-axis CNC machines. This program is an SME core competency subject and aligned with NIMS certification in CAD/CAM programming.
There are four stackable certificates for this degree. All five CTE programs are being developed in response to the future workforce needs of the region. The following information was obtained to support the development of the new programs, including reports from the NFNRC Center of Excellence (COE). LMI reports and regional needs were conducted by the Center of Excellence and consultation from Sacramento Valley Manufacturing Initiative (SVMI) for job titles supported by the Society of Manufacturing Engineers (SME) and the National Institute of Metalworking Standards (NIMS) industry certification standards.
Example job titles include:
· Industrial Engineering Technician
· Manufacturing Engineering Technician
· Manufacturing Engineer
· Industrial Engineer
The Manufacturing and Industrial Technologies AS degree is comprised of 41 core courses and a selection of six units minimum of electives. There are four stackable certificates of achievement to this AS degree: CAD/CAM Programming, Quality Technician, Production Planning, and Manufacturing and Industrial Technology. Selection of electives will likely bedriven by the student's educational goal.
It is important to note that some courses will be completed at sister Los Rios colleges or local colleges. This includes welding and other courses that demand an infrastructure that is not reasonable to duplicate. Additionally, the basic survey course--Introduction to Advanced Manufacturing and Industrial Technology--for the certificates and degree will be held at a local HS, strategically leveraging resources.
Course | Title | Units | Year/Semester (Y1 or S1) |
---|---|---|---|
ENGR 312 | Engineering Graphics | 3 | Y1 |
MIT | Introduction to Advanced Manufacturing and Industrial Technology | 3 | Y1 |
MIT | Tool and Fixture Design | 3 | Y1 |
MIT | Introduction to CAD/CAM Programming (2-3 Axis Cutting, Milling and Turning) | 3 | Y1 |
MIT | Intermediate CAD/CAM Programming (3 Axis Milling and Turning) | 3 | Y1 |
Electives | 3 units minimum | ||
MIT | CMM Operation and Programming | 3 | Y1 |
MIT | Advanced CAD/CAM Programming (4-5 Axis Milling and Turning) | 3 | Y1 |
No comments to display
No files to display