Computer-Aided Manufacturing
See also Drafting.
24 hrs, 2 cr.
Provides basic knowledge of various manufacturing processes and materials. Covers processes involving hand tools, machine tools, measuring, inspection, and blueprints. Includes manufacturing procedures. Provides knowledge of industry standard roles in a manufacturing setting.
Offered as needed.
3 lab hrs/wk, 1 cr.
Provides practice in the CAD/CAM program to refi ne previously learned skills. Includes projects or exercises as determined by the student and instructor.
Prerequisite: consent of instructor.
F, W, Sp
6 lab hrs/wk, 2 cr.
Provides practice in the CAD/CAM program to refi ne previously learned skills. Includes projects or exercises as determined by student and instructor.
Prerequisite: consent of instructor.
F, W, Sp
9 lab hrs/wk, 3 cr.
Provides practice in the CAD/CAM program to refi ne previously learned skills. Includes projects or exercises as determined by student and instructor.
Prerequisite: consent of instructor.
F, W, Sp
1 class hr/wk, 1 cr.
Provides instruction and skill development in engineering print reading, sketching, basic drawing techniques, and geometric constructions.
F
1 class and 3 lab hrs/wk, 2 cr.
Covers the selection and application of linear English and metric measuring, inspection tools, and equipment used in manufacturing.
F
2 class and 6 lab hrs/wk, 4 cr.
Introduces the fundamentals of machining processes and measuring instruments. Covers the use of basic hand tools, drill presses, power saws, pedestal grinders, arbor presses, basic layout, and layout and measuring tools. Includes proper use of measuring tools, the use of appropriate charts and tables including decimal equivalent and drill and tap selection with speed and feed calculations. Provides orientation to machine shop manufacturing with emphasis on CNC and working in teams.
F
1 class hr/wk, 1 cr.
Details the joint responsibility of the company and employee in complying with federal and state safety regulations pertaining to business and industry and basic fi rst-aid training.
F
2 class hrs/wk, 2 cr.
Covers geometric dimensioning and tolerancing principles based on ANSI/ASME standards. Includes computation of tolerance values required to insure proper fi t and function. Emphasizes measurement and inspection required to match design specifi cations.
Prerequisite: DRF130, or CAM100 and CAM105, or consent of instructor.
W
3 lab hrs/wk, 1 cr.
Covers practical application of geometric concepts and practices related to surface plate and coordinate measuring machine technology. Emphasizes industry standard interpretation of geometric dimensioned engineering drawings and recognition of the correct setup method and procedure necessary to manufacture and inspect parts according to functional requirements.
Prerequisite: CAM115, or concurrent enrollment in CAM115, or consent of instructor.
W
2 class and 6 lab hrs/wk, 4 cr.
Covers basic milling processes; work-holding methods; cutter identifi cation and selection; use, speeds, and feeds; adapters; tool holders; and applications. Includes operation of CNC Vertical Machining Center and vertical and horizontal manual milling machines, applying related operational theory.
Prerequisite: CAM110A or consent of instructor.
W
2 class and 6 lab hrs/wk, 4 cr.
Introduces turning operations as related to CNC machining with emphasis on work holding methods and tool holding/selection methods. Covers related hole-making process, facing, tapping, grooving, and parting. Includes operation of CNC turning center and manual lathes, applying related operational theory.
Prerequisite: CAM120 or consent of instructor. Sp
2 class and 6 lab hrs/wk, 4 cr.
Focuses on application of the Computer Numerical Control (CNC) systems used in today’s manufacturing environment. Includes hands-on experiences with both personal and manufacturing specific (CNC) computers to establish basic operational skills.
F
1 class and 3 lab hrs/wk, 2 cr.
Studies basic metallurgy as it relates to manufacturing processes. Covers the identifi cation of ferrous and non-ferrous metals and other materials used in industry. Includes mechanical and physical properties, powder metallurgy, heat treatment, alloying, crystalline structures, eff ects of machining, casting processes, testing processes.
W
1 class and 6 lab hrs/wk, 3 cr.
Provides knowledge and skill development in the selection and application of product materials, tool coatings and cutting tool materials used in manufacturing.
Prerequisite: CAM121A or concurrent enrollment or consent of instructor. Sp
2 class and 6 lab hrs/wk, 4 cr.
Introduces Computer Numerical Control (CNC) programming for milling applications and operations related to manufacturing.
Prerequisite: consent of instructor.
W
2 class and 6 lab hrs/wk, 4 cr.
Introduces Computer Numerical Control (CNC) programming for lathe applications and operations related to manufacturing.
Prerequisite: CAM130 or consent of instructor.
Sp
2 class hrs/wk, 2 cr.
Emphasizes production and assembly methods in manufacturing of parts. Includes advanced instruction in vertical milling and basic instruction in horizontal milling. Covers setup, operation, tool selection and application, calculating proper feed, speeds, and depth of cuts in the production of parts. Also includes applications with CNC machinery.
Prerequisite: CAM120 and CAM121A or consent of instructor.
F
6 lab hrs/wk, 2 cr.
Uses computers and manufacturing equipment to plan for and carry out assigned projects. Provides advanced instruction in the setup, care, and use of manufacturing equipment, such as lathes, mills, grinders, inspection equipment, and peripherals.
Prerequisite: concurrent with CAM210A or consent of instructor.
F
2 class hrs/wk, 2 cr.
Covers advanced lathe theory and operations. Includes lathe settings, boring, single-point, threading, knurling, calculations, controls, taper attachments, follower rests, steady rests, and advanced tooling, safety, and work-holding applications.
Prerequisite: CAM121A or consent of instructor.
W
6 lab hrs/wk, 2 cr.
Provides practice for application of advance lathe theory and operations through assigned projects. Includes application of lathe settings, boring, single-point, threading, knurling, calculations, controls, taper attachments, follower rests, steady rests, and advanced tooling, safety, and work-holding applications.
Prerequisite: CAM121A or consent of instructor.
W
2 class and 3 lab hrs/wk, 3 cr.
Introduces the concepts and application of Computer Aided Manufacturing (CAM) software programs for creating CNC milling machine part programs.
Prerequisite: CAM130 or CAM160 or CAM190 or consent of instructor.
F
2 class and 3 lab hrs/wk, 3 cr.
Introduces the concepts and applications of Computer Aided Manufacturing (CAM) software programs for creating CNC lathe part programs.
Prerequisite: CAM130 or CAM160 or CAM190 or consent of instructor.
W
See CWE—Cooperative Work Experience.
2 class and 20 lab hrs/wk, 8 cr.
Emphasizes production and assembly methods in manufacturing of parts utilizing manual and CNC milling/turning machines. Includes setup, including 4th axis rotary tables, operation, tool selection and application, calculating proper feed, speeds, and depth of cuts in the production of parts. Also includes 3-D and 4th axis generated parts and transfer of Computer Aided Design (CAD) generated 2-D drawings solids and parametric models to a Computer Aided Manufacturing (CAM) system for manufacturing purposes.
Prerequisite: CAM110, CAM120, CAM121A, CAM130, CAM160, CAM230, CAM260, or consent of instructor.
Sp
Updated August 20, 2008 by Web Services.
