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Focuses on the interpretation of machine drawings. Students study isometric and orthographic views on drawing and develop simple working drawings. Topics include dimensions, internal and external threads, holes, bores, fillets, radii, surfaces, planes, metric and geometric dimensioning and tolerancing.
Provides students with an understanding of common construction methods, hazards, and preventive measures. Will provide a detailed understanding of the OSHA Construction Standards, including Excavations, Fall Protection, Scaffolds, Steel Erection, Demolition, and Cranes and Derricks, as well as common components of successful construction safety programs.
Examines data manual usage. This course introduces programmable logic devices and Karnaugh mapping. It also covers encoders, decoders, multiplexers, binary adders and parity circuits. Laboratory activities are performed to verify the theory.
Covers basic electrical theory and terminology related to components commonly found in manufacturing systems. Students will understand the power requirements of equipment and the use of a multimeter and oscilloscope for basic troubleshooting of circuits.
Incorporates having the student work a typical 40-hour work week as support in an engineering office at a local employer. The position will provide support in engineering-related areas of study. The student will be evaluated by the employer who will provide the final grade.
Provides the student with an understanding of human engineering. The course will cover the methods to control repetitive motion injuries, office design, and the concept of ease and efficiency for industrial workers. Workstation design in the office and assembly line operations are a part of the class.
Produce frameless cabinetry. Explore panel layout and processing associated with this style of cabinet construction. Learn construction doweling and line-boring specifications along with the techniques for installing European style hinges and drawer slides. Processes associated with the cutting, application, and routing of plastic laminates will also be covered.
Provides information regarding relevant laws and regulations, relevant scientific principles and their application, and best management practices of hazardous materials.
Helps the learner to develop skills in designing work stations, developing better work methods, establishing work standards, balancing assembly lines, and estimating labor costs. The time study techniques the learner will use include predetermined time standard systems, stopwatch, and work sampling.
Introduces the culture and outlines the characteristics of an organization that has embraced lean principles. Provides details of planning and facilitating process improvement events, including value stream mapping.
