Machining & CNC

This course provides basic electricity fundamentals basic control strategies and electrical symbols. The class will provide the student with an understanding of basic electrical theory schematic and wiring diagram symbols motor theory wiring and electrical troubleshooting. Conventional current will be used to define current flow. Applied mathematical concepts are incorporated into the course as required for successful understanding of objectives.

Prerequisite: Non
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

Applied mathematics is a fundamental course for students in technical and career programs. The course includes fundamental mathematics algebra geometry right triangle trigonometry business mathematics and statistical concepts which are applied to the solution of practical problems. Scientific notation metrics and use of the calculator are also covered.

Prerequisite: A grade of C or better in MAT 075 or MAT 078 (or higher), OR appropriate placemen
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 3 lec/week

An introduction to engineering design and graphics using the latest version of AutoCAD. Basic AutoCAD commands will be introduced and emphasized throughout this course. Development of technical drawing skills including design problems sketching dimensioning tolerancing orthographic projection sectional views and other viewing conventions. The course will proceed from the basics of design and sketching to applications used in preparing detail and assembly drawings.

Prerequisite: Non
Semester Hour(s): 2 hour(s)
Lecture / Lab Hours: 1 lec/2 lab

.The course will contain all information needed for a maintenance technician to successfully perform at a high level in their job. The course material will cover mechanical systems focusing on analysis of mechanical components their relationships to each other and failure prediction. General rigging will also be covered.

Prerequisite: ELT 120 (may be taken concurrently) or MAT 106 (may be taken concurrently
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

This course is an examination of the use and capabilities of the major machine tool groups including foundry their use in industry and the problems and properties of metal fabrication associated with each type. This is a manufacturing technique and basic machining course.

Prerequisite: Non
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

An examination of the use and capabilities of the machine tool groups. An advanced course for students wishing to have a comprehensive knowledge of machine shop operations in terms of set-up machine feeds tool and cutter sharpening and electrical discharge machining.

Prerequisite: IND 125 or consent of instructor.
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

This Computer Numerical Control Programming I course is designed to introduce to students the various processes involved in programming a CNC machine. Setting data points programming different milling events set-up functions and repeat functions will be examined. This course will use CNC Mills CNC Lathes CNC plasma cutter and 3D printing. This course is designed to prepare students who are looking for a position in the metalworking industry.

Prerequisite: IND 203 or consent of instructor.
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

This course will build on the CNC programming knowledge and skills learned in IND 207 - Computer Numerical Control Programming I. Students will be expected to program more advanced CNC machining processes as well as identify the various types of CNC machines and programming functions used outside of the classroom. Industry tours will be a part of the course to give students a basic understanding of the diversity of types and uses of CNC machines.

Prerequisite: IND 20
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

Participation in a work experience in an area of technology under supervision of both the College and an employer. Internship objectives will be identified for each student enrolled. This course is repeatable two times for a maximum of 9 credits. Repeatable This course is repeatable two times for a maximum of nine credits.

Prerequisite: Twelve semester hours in major field and consent of instructor.
Semester Hour(s): 1-3 hour(s)
Lecture / Lab Hours: 5-10-15 hours internship/week

This course is designed to provide students with a thorough understanding of the basics of Metal Inert Gas MIG arc welding fundamentals also referred to as Gas Metal Arc Welding GMAW and stick welding also referred to as Shielded Metal Arc Welding SMAW including the following topics welding safety power sources and wire feeders machine set up adjustment and maintenance identification of welding defects and quality welds and welding techniques. Training to develop the manual skills necessary to make high quality MIG and SMAW welds is included with emphasis placed in the areas of various joint configurations single pass multiple pass fillet groove overlap welds in a flat position. Oxyacetylene cutting equipment setup and safety will also be emphasized.

Prerequisite: Non
Semester Hour(s): 2 hour(s)
Lecture / Lab Hours: 1 lec, 2 lab/week

This course provides basic electricity fundamentals basic control strategies and electrical symbols. The class will provide the student with an understanding of basic electrical theory schematic and wiring diagram symbols motor theory wiring and electrical troubleshooting. Conventional current will be used to define current flow. Applied mathematical concepts are incorporated into the course as required for successful understanding of objectives.

Prerequisite: Non
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

Applied mathematics is a fundamental course for students in technical and career programs. The course includes fundamental mathematics algebra geometry right triangle trigonometry business mathematics and statistical concepts which are applied to the solution of practical problems. Scientific notation metrics and use of the calculator are also covered.

Prerequisite: A grade of C or better in MAT 075 or MAT 078 (or higher), OR appropriate placemen
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 3 lec/week

An introduction to engineering design and graphics using the latest version of AutoCAD. Basic AutoCAD commands will be introduced and emphasized throughout this course. Development of technical drawing skills including design problems sketching dimensioning tolerancing orthographic projection sectional views and other viewing conventions. The course will proceed from the basics of design and sketching to applications used in preparing detail and assembly drawings.

Prerequisite: Non
Semester Hour(s): 2 hour(s)
Lecture / Lab Hours: 1 lec/2 lab

This course is an examination of the use and capabilities of the major machine tool groups including foundry their use in industry and the problems and properties of metal fabrication associated with each type. This is a manufacturing technique and basic machining course.

Prerequisite: Non
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

An examination of the use and capabilities of the machine tool groups. An advanced course for students wishing to have a comprehensive knowledge of machine shop operations in terms of set-up machine feeds tool and cutter sharpening and electrical discharge machining.

Prerequisite: IND 125 or consent of instructor.
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

This course is designed to provide students with a thorough understanding of the basics of Metal Inert Gas MIG arc welding fundamentals also referred to as Gas Metal Arc Welding GMAW and stick welding also referred to as Shielded Metal Arc Welding SMAW including the following topics welding safety power sources and wire feeders machine set up adjustment and maintenance identification of welding defects and quality welds and welding techniques. Training to develop the manual skills necessary to make high quality MIG and SMAW welds is included with emphasis placed in the areas of various joint configurations single pass multiple pass fillet groove overlap welds in a flat position. Oxyacetylene cutting equipment setup and safety will also be emphasized.

Prerequisite: Non
Semester Hour(s): 2 hour(s)
Lecture / Lab Hours: 1 lec, 2 lab/week

.The course will contain all information needed for a maintenance technician to successfully perform at a high level in their job. The course material will cover mechanical systems focusing on analysis of mechanical components their relationships to each other and failure prediction. General rigging will also be covered.

Prerequisite: ELT 120 (may be taken concurrently) or MAT 106 (may be taken concurrently
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

This Computer Numerical Control Programming I course is designed to introduce to students the various processes involved in programming a CNC machine. Setting data points programming different milling events set-up functions and repeat functions will be examined. This course will use CNC Mills CNC Lathes CNC plasma cutter and 3D printing. This course is designed to prepare students who are looking for a position in the metalworking industry.

Prerequisite: IND 203 or consent of instructor.
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

This course will build on the CNC programming knowledge and skills learned in IND 207 - Computer Numerical Control Programming I. Students will be expected to program more advanced CNC machining processes as well as identify the various types of CNC machines and programming functions used outside of the classroom. Industry tours will be a part of the course to give students a basic understanding of the diversity of types and uses of CNC machines.

Prerequisite: IND 20
Semester Hour(s): 3 hour(s)
Lecture / Lab Hours: 2 lec/2 lab/week

Participation in a work experience in an area of technology under supervision of both the College and an employer. Internship objectives will be identified for each student enrolled. This course is repeatable two times for a maximum of 9 credits. Repeatable This course is repeatable two times for a maximum of nine credits.

Prerequisite: Twelve semester hours in major field and consent of instructor.
Semester Hour(s): 1-3 hour(s)
Lecture / Lab Hours: 5-10-15 hours internship/week