This course has two major areas of content. First, it is designed to develop students’ ability to interpret needed information, symbols, abbreviations, and conventions contained on industrial blueprints. An overview of reading the blueprint as well as its views, dimensions, tolerances and finishing marks will be stressed. Assembly and detailed drawings will be examined on an advanced level. Geometric dimensions, tolerances, and symbols will also be covered. The second part of the course will be an emphasis on hand drafting. The course offers the opportunity to examine the use of graphics standards and various scales used in technical drawings and to visualize and interpret plan views, sections, and details in prints generated manually. 2 lecture hours, 2 laboratory hours.

An introductory course in the theory, characteristics, and application of basic electronic components used in AC, DC and digital electronic circuits. Topics will include circuit analysis, measurements, and troubleshooting. Students will study principles of electricity and electronics, participate in Manufacturing Core Exercises (MCE) including safety, 5S, Problem Solving and Maintenance Reliability. 3 lecture hours. Corequisite(s): CIMT 110L.

This course emphasizes the building, analyzing, and troubleshooting of AC, DC, and Digital electronic circuits. 6 laboratory hours. Corequisite(s): CIMT 110.

In this course, each student will program, setup, and operate CNC machinery. All parts will be programmed utilizing one of two methods; Manual G & M code programming or emulation programming software. Emphasis will be placed on process planning, programming efficiency, accurate setup, proper cutter selection, speeds and feeds, carbide tooling, and the generation and interpretation of CNC code for general industry. 1 lecture hour, 6 laboratory hours.

An introductory course in various manufacturing processes for Advanced Manufacturing. Provides training to safely operate commonly used machines such as CNC, Laser, 3-D printing, pneumatic and various other manufacturing equipment. Students will also learn basic machining procedures such as calculating speeds and feeds as well as selecting proper tooling. Several non-traditional machining processes, joining processes and plastic process are also explained. 1 lecture hours, 4 laboratory hours.

A study of the operation, application, and maintenance of the following mechanical components: gears, pulleys, sprockets, chains, bearings, belts, couplings, clutches, and brakes. Other topics include lubrication, alignment, troubleshooting, measurements, tools, hardware, materials, drawings, dimensions, and drive ratios. 2 lecture hours. Corequisite(s): CIMT 140L.

This course emphasizes the setup, alignment, and measurement of single and multi-shaft drive systems using sprockets, pulleys, and gears. 3 laboratory hours. Corequisite(s): CIMT 140.

Conventional techniques in oxy-acetylene and stick-electrode will be covered. Extensive practice will be given for the successful completion of the various required welds. 1 lecture hour, 3 laboratory hours.

This course introduces basic plumbing tools, materials, and fixtures. Topics include standard tools, materials, and fixtures used in basic plumbing systems and other related topics. Upon completion, students should be able to demonstrate an understanding of a basic plumbing system. Troubleshooting techniques for heat pumps, air conditioning and refrigeration systems. 2 lecture hours, 4 laboratory hours.

Introduction to the theory and operation of fluid power systems. This course will cover fluid power components, circuit diagrams, circuit operation, basic fluid power principles,and properties. 1 lecture hour, 2 laboratory hours.