Computerized Manufacturing & Machining (CMM)

Provides the basic principles needed for a solid foundation in machine tool technology. Covers shop safety, bench work, drill press, power saw, measurement, and mills. Lecture:1 credit (15 contact hours). Laboratory: 2 credits (60 contact hours).

Provides the basic principles needed for a solid foundation in machine tool technology. Includes shop safety, bench work, drill press, power saw, measurement, and lathes. Laboratory: 3 credits (90 contact hours).

Provides skills and knowledge needed to progress through the machine tool program. Includes safety and bench work. Introduces basic power equipment and machine tools used in the machine trades which include: drill presses, power saws, measurement instruments, mills, and lathes. Lecture: 1 credits (15 contact hours). Laboratory: 5 credits (150 contact hours).

Provides instruction on basic principles of precision measurement equipment and application to inspection and quality control. Lecture: 1.0 credit (15 contact hours). Laboratory: 1.0 credit (30 contact hours).

Develops intermediate level skills using machining machines and surface grinders. Includes the selection of grinding wheels. Lecture: 1 credit (15 contact hours). Laboratory: 2 credits (60 contact hours).

Develops higher level skills and knowledge pertaining to the operation of machine tools. Laboratory: 3.0 credits (90 contact hours).

Introduces skills that combine the use of different types of machines, including surface grinders, and provides students with a more comprehensive understanding of the Machine Tool industry. Lecture: 1.0 credits (15 contact hours). Laboratory: 5.0 credits (150 contact hours).

Introduces the students to CNC codes, manual programming, set-up, and the operation of CNC machine tools. Lecture: 1.0 credit (15 contact hours). Laboratory: 2.0 credits (60 contact hours).

Introduces the student to CAD (Computer Aided Drafting), CAM (Computer Aided Manufacturing), and CNC (Computer Numerical Control) systems, including related software applications. Lecture: 1 credit (15 contact hours). Laboratory: 2 credits (60 contact hours).

Introduces the student to CAD (Computer Aided Drafting), CAM (Computer Aided Manufacturing), and CNC (Computer Numerical Control) systems, CNC format, the Cartesian Coordinate System, CNC codes and manual programming, and setup and operation procedures for CNC machine tools. Lecture: 2.0 credits (30 contact hours); Laboratory: 4.0 credits (120 contact hours).

Provides instruction on shop theory, processes, and basic concepts of machine tool applications utilized in the tool and die field. Includes instruction on the areas and machine concepts for safety, measurement, layout work, bench work, saws, drills, drilling machines, mills, and lathes. Lecture: 2.0 credits (30 contact hours).

Introduces the Machinery's Handbook as a reference source for solving manufacturing problems and provides a working knowledge of the principles and concepts contained in the Handbook. Explores processes involved in heat-treating steels to a specific hardness, toughness, and wear capability. Covers the identification, classification, application, and processing of tool steels. Lecture: 3.0 credits (45 contact hours).

Introduces jigs, fixtures, and work holding devices, including separate uses and principles. Applies machining processes to design jigs and fixtures. Uses print knowledge to identify part datums for gaging points. Lecture: 3.0 credits (45 contact hours).

Provides an overview of mold-making. Includes instruction on thermoplastic and thermosetting materials, compression mold, transfer mold, injection molds and mold components, the heating and cooling of molds, and the methods of producing cores and cavities. Lecture: 3.0 credits (45 contact hours).

Introduces basic die making theory. Includes die sets, punch presses, blanking dies, piercing dies, screw and dowel holes, punch and punch blocks, die life, bending dies, pilots, die block construction, stock strippers, stock guides, progressive dies, stock strips and secondary operations of notch, trim, and shave. Lecture: 3.0 credits (45 contact hours).

Provides instruction on the classification of metals, identification of tool steels, and their applications. Requires the student to perform advanced milling machine operations that simulate industry standards. Lecture: 1.0 credit (15 contact hours). Laboratory: 2.0 credits (60 contact hours).

Provides instruction in any area addressed in CMM 210 with an emphasis on advanced work in any area needed or student interest. Laboratory: 3.0 credits (90 contact hours).

Provides instruction on classification of metals, identification of tool steels, and their applications. Requires the student to perform advanced milling machine and turning operations that simulate NIMS standard. Lecture: 1.0 credits (15 contact hours). Laboratory: 5.0 credits (150 contact hours).

Provides instruction on the manufacture of electrodes and the production of parts utilizing an Electrical Discharge Machine (EDM). Laboratory: 4 credits (120 contact hours).

Advances students to a higher level of industrial standards by exposing them to additional tasks using a cylindrical grinder. Laboratory: 2.0 credits (60 contact hours).

Provides instruction and hands-on experience in construction of electrodes and the production of parts using an Electric Discharge Machine (EDM), cylindrical grinder, and other types of grinders. Laboratory: 6.0 credits (180 contact hours or 270 Clinical Contact).

Introduces conversational programming of CNC machine tools. Lecture: 2.0 credits (30 contact hours). Laboratory: 4.0 credits (120 contact hours).

Introduces 3D Programming using CAD/CAM systems to effect engineering changes that enhance productivity. Provides instruction on how to use the CAM system to create and produce complex 3D parts. Lecture: 2.0 credits (30 contact hours). Laboratory: 4.0 credits (120 contact hours or 180 clinical contact).

Provides supervised on-the-job work experience related to the student's educational objectives. Note: Students will not be eligible for compensation. Practicum: 1.0 credit (75 contact hours).

Provides supervised on-the-job work experience related to the student's educational objectives. Note: Students may be eligible for compensation. Co-Op: 1.0 credit (75 contact hours).

Introduces conversational programming guidelines which will include program preparation, conversational input, and minor editing. Lecture: 1.0 credit (15 contact hours). Laboratory: 2.0 credits (60 contact hours).

Introduces routine editing, subroutines, and programs that contain loops. Requires students to interpret error messages from the control. Lecture:1.0 credit (15 contact hours). Laboratory: 2.0 credits (60 contact hours).

Introduces the creation of 3D models and allows use of those models in creation of tool paths for CNC machine tools. Lecture: 1.0 credit (15 contact hours). Laboratory: 2.0 credits (60 contact hours).

Introduces 3D Programming using CAM systems to effect engineering changes that enhance productivity. Provides instruction on the use of the CAM system to create and produce complex 3D parts. Lecture: 1.0 credit (15 contact hours). Laboratory: 2.0 credits (60 contact hours).