This Sample Program Pathway is designed to provide an example of course selections in a term by term sequence. Please see an Academic Advisor for a plan specific to your academic needs.
Description: 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.
Notes: PreReq: NONE
Notes: PreReq: NONE
Term hours subtotal:
7.5
Description: 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.
Notes: PreReq: NONE
Description: Students will gain a foundational understanding of Stick Welding (Shielded Metal Arc Welding, or SMAW) through this introductory course, featuring significant hands-on laboratory experience. Comprehensive instruction will cover welding safety protocols, the correct application of personal protective equipment, and the proficient use of various welding tools within the lab environment. Students will develop and apply critical thinking and problem-solving methodologies to execute welding tasks based on technical blueprints and verbal directives. Students will earn attainment of the AWS (American Welding Society) certification in Stick Welding (SMAW). Three classroom, three lab hours per week.
Notes: PreReq: NONE
Term hours subtotal:
7.5
Description: Designed to equip students with practical and theoretical welding expertise, this course emphasizes a strong foundation in lab safety and operational procedures. The curriculum delves into the interpretation and application of welding symbols, essential for professional fabrication. Students will receive thorough instruction in the GTAW (Gas Tungsten Arc Welding) process, complemented by significant hands-on laboratory sessions to develop manipulative skills. This in-depth learning of GTAW will include the welding of specialized materials, such as aluminum, stainless steel, and titanium. Furthermore, the course covers critical supporting techniques such as various methods of metal cutting, brazing, and fundamental concepts of metal design to facilitate project execution and problem-solving. Three classroom, three lab hours per week.
Notes: PreReq: NONE
Description: 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.
Notes: PreReq: NONE
Description: Use ratio and proportion to solve applications in technology; convert within and between metric and customary systems of measurement; read and interpret measurement tools and gauges; simplify algebraic expressions; solve linear equations; apply the geometry of lines, angles, and circles to technology applications. Traditional testing (proctored or in Testing Center) is used in all online sections.
Notes: PreReq: MAT-0050 or appropriate placement
Prerequisites: MAT 0050 or Other (Satisfactory score on math placement test)
Term hours subtotal:
9.5
Description: Student will learn and be able to apply the various measurement techniques involving basic measuring instruments and tools such as calipers, micrometers, height and depth gauges, dial and test indicators, and gauge blocks; correct use and care of basic inspection instruments. Drawing or blueprint reading including an introduction to GD&T inspection techniques will be presented. Coordinate Measuring Machines (CMM) and other precision measuring equipment will be introduced. Two classroom, two lab hours per week.
Notes: PreReq: NONE
Description: Theory, principles and drawing techniques for the design of jigs and fixtures. Two classroom, two lab hours per week.
Notes: PreReq: CAM-1107 AND CAM-1109
Prerequisites: CAM 1107 and CAM 1109
Description: 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.
Notes: PreReq: CAM 1109
Prerequisites: CAM 1109 or CAM 1161
Term hours subtotal:
9