18 courses with the subject CNCT, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
This course covers a general orientation, an overview of careers, shop safety, measurement, precision tools, band saw theory, lathe theory, drills and vertical milling machines. This course will include additional theory and online assignments. 4C/4/0/0
This introductory course covers view orientation, section views, surface finish, dimensioning, part tolerance, and machining symbols. This course will include additional theory and online assignments. 4C/4/0/0
This course covers the setup and operation of a manual vertical milling machine, manual surface grinder, and other shop equipment to manufacture precision milled parts. Various types of work holding, cutting tools, and measuring instruments will be utilized. 4C/1/3/0
This course covers the setup and operation of a manual engine lathe in combination with other shop equipment to manufacture precision turned parts. Various types of work holding, cutting tools, measuring instruments, and turning operations will be utilized. 4C/0/4/0
The subject matter of this course progresses from the arithmetical operations through measurement systems, basic algebra for shop formula solving skills, practical geometry with shop examples, and applications and trigonometry, emphasizing its valuable use in the shop and in the trade. 2C/2/0/0
This course covers the principles, application, and interpretation of geometric dimensioning and tolerance as per the new ASME Y14. 5-2018. 2C/2/0/0
This course covers basic set up and programming using G&M code for CNC (Computer Numeric Control) milling machines. 4C/2/2/0
This course will cover fixture fabrication and set up as well as multiple set up operations and more intermediate level G&M code programing. There will also be a project to qualify for the NIMS (National Institute for Metalworking Skills) CNC mill Credential. 4C/2/2/0
This course covers the identification, use and care of precision measuring devices used in manufacturing. Students will learn through lecture and lab how to perform accurate measurements in a repeatable manner. Standard hand devices as well as manual and programmable coordinate measuring machines, vision systems, and optical comparators will be addressed. Theories in quality control principles will be introduced. 4C/3/1/0
This course covers advanced design fundamentals for workholding options as well as classes of fit. Content will center around the design and application of student designed tooling. The designs will be from reverse engineering to verbal instruction. It also covers die making theory and designing die components. 4C/3/1/0
The focus of this hybrid course will be on manufacturing design, production processes, and Electrical Discharge Machining. Also included will be production tool design projects, related theory in quality, lean manufacturing, abrasives, mechanical systems, inspection procedures, welding and CNC controls. 4C/2/2/0
This course covers an introduction to injection molding. Students will design, build, and successfully shoot multiple plastic injection molds. Close tolerance automatic grinding, CNC mills, and Acu-Rite mills will be utilized to produce these projects. 4C/2/2/0
This course covers advanced complex G and M code programing as well as MasterCam programing, utilizing CNC milling, automatic grinders, Acu-Rite conversational controllers, indicator work, advanced part location, multiple vise setups, multiple part setup, and advanced offset utilization/manipulation. 4C/2/2/0
This introductory course will use SolidWorks as the CAD software of instruction and application. Basic construction of solid modeling, engineering drawings, and assemblies will be covered. 4C/4/0/0
This course covers the programming, set-up, and operation CNC turning centers. This course will include additional theory and online assignments. This is a hybrid course. 4C/1/3/0
This course covers computer aided manufacturing using Mastercam software. Students will learn to create geometry, toolpaths, and CNC files for a series of projects. The use of PC based CAM software to generate numerical control programs is included. 4C/2/2/0
This industry internship will expose the student to manufacturing, and will provide operator training and workplace safety. 3C/0/0/3
The capstone project will be taken at the end of the 3rd semester in the program. In this course, students will utilize the skills they have learned to design and manufacture an approved project. 3C/1/2/0
Source: Saint Paul College's catalog, linked per course · table learning_unit · CourseShelf publish 61
