This one-week boot camp style course will offer an overview of the history and lucrative opportunities in manufacturing, especially in the areas of computer numerical control (CNC) machining while providing a real hands-on introduction to the basics of safety, programming, setup, and the operation of milling centers and lathes. Also included are interactive introductions to precision measurement, blueprint reading, Computer-Aided Design (CAD), and lean manufacturing. Students will also learn about resume writing and interview techniques. This course will provide useful skills, terminology, and language used when seeking employment in manufacturing.
2 Credit Hours
The course focuses on the study and interpretation of the graphic language used in manufacturing and engineering. This will include principles of: shape description, axonometric projection, specifications, symbology and spatial relationships.The student will apply problem solving and critical thinking skills using both standard and automated communication methods. Two classroom, two lab hours per week.
3 Credit Hours
An introduction to the manufacturing processes used in the tooling and machining industry. Safety, mechanical hardware, hand tools, metrology, drill press, vertical mill, and lathe, will be the major focus of this course. Two classroom, two lab hours per week.
3 Credit Hours
An introduction to the manufacturing processes used in the tooling and machining industry. Safety, mechanical hardware, hand tools, metrology, drill press, vertical mill, lathe, and the surface grinder will be the major focus of this course. Two classroom, two lab hours per week.
3 Credit Hours
This course will increase student’s proficiency in the use of manually operated machine shop equipment with an emphasis on high tolerance parts where precision machining is necessary for project completion. Two classroom, two lab hours per week.
3 Credit Hours
The second course in Advanced Machine Operation with a more in-depth lecture and lab in the manufacturing processes used in the tooling and machining industry. Safety, handtools, metrology, engine lathe, milling, sawing, and precision grinding, working within close tolerances along with assembly and fit will be the major focus of this course. Two classroom, two lab hours per week.
3 Credit Hours
This course will cover machine safety, setup and operation of computer numerical control (CNC) milling machines and lathes. Adjusting tool and work offsets to hold part tolerances on both types of equipment. Calculation of spindle speeds and feed rates. Introduction to basic programming codes and development of CNC programs for three axis mills and two axis lathes. Two classroom, two lab hours per week.
3 Credit Hours
This course applies the principles of geometry and trigonometry and the computing of angles using law of sines and law of cosines dealing with situations encountered in the machining industry. It also gives a brief introduction to the calculations required in computer numerical control programming. Two classroom, two lab hours per week.
3 Credit Hours
This course is a broad introduction to welding with in-depth hands-on labs to include SMAW, GMAW, OAW, GTAW, and Resistance, commonly known as MIG, TIG, Ox-acetylene, and Stick (ARC) welding along with other types of metal joining options and instruction to include sheet metal layout, shearing, bending, riveting, brazing and spot welding. Welding safety, personal protection equipment, special welding tools will be taught in-depth and used by the students within the lab setting. The student will apply critical thinking and problem-solving skills to achieve the end results required using blue prints, verbal instructions or a combination of both. Two classroom, two lab hours per week.
3 Credit Hours
This course, the second course in this series, on welding and metal joining will dive further into the this career field providing further in-depth hands-on labs which will include MIG, TIG, Stick (ARC), and Ox-acetylene use along with other types of metal joining options and instruction to include sheet metal layout, shearing, bending, riveting, brazing and spot welding. This course will include a deeper understanding of design and blueprints along with manual machining integration and new fabrication techniques like waterjet and laser technology. The student will apply critical thinking and problem solving skills to achieve the end results required using blue prints, verbal instructions and a combination of both. Two classroom, two lab hours per week.
3 Credit Hours
This course is the third course in this series on welding and metal joining. This course will dive further into this career field providing further knowledge needed by the student to be prepared to enter the manufacturing field with the skills necessary for entry-level positions in welding. The course will include in-depth hands-on labs using MIG, TIG, Stick (ARC), and OX-acetylene use along with other metal joining options. This particular course will be available for students wishing to take welding to the next level. This course will also include a deeper understanding of design and blueprints along with manual machining integration and new fabrication techniques like waterjet and laser technology which will involve projects that utilize CAD design along with a stronger focus on GTAW welding skills. A student must receive a grade of C or higher in CAM 1181 in order to take this course. Two classroom, two lab hours per week.
3 Credit Hours
This course will provide the non- metallurgist with basic knowledge of various metals and their weldability, including metal properties, selecting filler metals, heat input, preheating, and post-heating. The course will consist of and be designed to provide training on metal properties, basic metallurgy, classification of ferrous metals, heat treatments, hard surfacing, and metals identification; along with weldability of stainless steels, tool steels, cast iron, aluminum alloys, magnesium alloys, nickel alloys, and titanium alloys. Two classroom, two lab hours per week.
3 Credit Hours
This is an intermediate course covering the development of Computer Numerical Control (CNC) programs for three axis milling machines including spindle controls, tool changes, linear and circular interpolation, drilling and tapping, subroutines, and G&M codes. Setup and operation of milling machines. Adjusting tool and work offsets to hold part tolerance. Two classroom, two lab hours per week.
3 Credit Hours
Theory, principles and drawing techniques for the design of jigs and fixtures. Two classroom, two lab hours per week.
3 Credit Hours
Operation and programming of conversational controlled lathe and milling machines. Includes programming and manufacturing a variety of machined parts utilizing ProtoTRAK two-axis and three-axis conversational CNC controls. Two classroom, two lab hours per week.
3 Credit Hours
Development of Computer Numerical Control (CNC) programs for two axis CNC lathes including linear and circular interpolation, turning,grooving and threading cycles; drilling and tapping; G & M codes. Review setup and operation of CNC lathe; adjusting tool offsets to hold part tolerance. Two classroom, two lab hours per week.
3 Credit Hours
An introductory course in the use of Computer Aided Design (CAD)/Computer Aided Manufacturing (CAM) software (MasterCAM) as applied to computer numerical control vertical machining centers. Two classroom, two lab hours per week.
3 Credit Hours
Design theory, principles and drawing techniques for the tool design industry. Two classroom, two lab hours per week.
3 Credit Hours
Varied content offering of special interest to the discipline but not covered within existing courses; may be scheduled in a classroom/seminar setting or in nontraditional format.
0.5 - 9 Credit Hours
Students earn credits toward degree requirements for work learning experience, especially related to a co-op experience. Ten co-op hours per credit hour per week.
1 - 4 Credit Hours
Assessment of achievement by Computer Aided Manufacturing students in attaining program-related outcomes by completing a project demonstrating principles and practices of the major. Two classroom, two lab hours per week.
3 Credit Hours
Assessment of achievement by Precision Machining students in attaining program related outcomes with the completion of a comprehensive project. They will demonstrate the principles and practices of the Precision Machining major. Two classroom, two lab hours per week.
3 Credit Hours