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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.
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.
Presents a comprehensive overview of the fundamental manufacturing process families. Learners focus first on how the processes move from a primary process of operation to the secondary process; then examine the tools and tooling used in manufacturing, forming, and casting techniques and their application, as well as material removal processes.
Introduces participants to the proper safety methods and requirements of a robot in a production environment while providing hands-on modifications and maintenance of an application program. Participants learn how to properly connect, master and calibrate the robot as well as create linear application programs. Robotics programs will be created using various end of arm tooling as well as external tools.
Provides an overview of the three basic welding processes, i.e. wire feed welding (GMAW, FCAW), stick welding (SMAW), and TIG welding (GTAW). The lab work will be equally divided among the welding processes.
