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    • 0.00 - 4.00 Credits

      This course is a study of the Process Control technologies associated with a complex mechatronics system. Topics covered will include the Closed Loop Control; interaction between controllers, sensors and actuators; controller operating parameters; PID controllers; ON/OFF and PID controllers; and the differences between controllers typically used in mechatronic systems. The analysis of plant documentation and manuals, the creation and interpretation of charts with diagrams for time-based changes of measured values will also be covered. F (Prerequisite: MECH 1340; Corequisite: college level math) Not part of a TN Transfer PathwayFormerly MECH 2100
    • 0.00 - 4.00 Credits

      This course is an introduction to Totally Integrated Automation. Topics covered will include the automation pyramid, analogue sensors and actuators, STEP 7 functions, MPI-Bus and PROFIBUS systems, and systems maintenance and troubleshooting. F (Prerequisite: MECH 1340) Not part of a TN Transfer Pathway Formerly MECH 2200
    • 0.00 - 4.00 Credits

      This course is a study of the automation systems utilized within a mechatronics system. Topics covered will include Metal Cutting, Modal Analysis, CNC, CAD, CAM, programming and microcontrollers that are used in modern manufacturing technologies. F (Prerequisite: MECH 1340) Not part of a TN Transfer Pathway Formerly MECH 2300
    • 0.00 - 4.00 Credits

      This course is a study of manufacturing improvement processes in a mechatronics system using the automation system for real world application. Topics covered will include basic statistics for improvement, manufacturing teams, process waste, OEE, process capability, continual improvement, fish bone diagrams, kaizen activities, TPM, and basic time study methods. Emphasis is using a team project with final presentation to apply improvement methods in real-world application. An additional fee of $150 will be assessed with this course for the Siemens exam. (Prerequisites: MECH 2440, MECH 2441, MECH 2480 and college level math; Corequisite: MECH 2425). Not part of a TN Transfer Pathway Formerly MECH 2600 Manufacturing Process
    • 0.00 - 4.00 Credits

      This course is a study of the mechanical components that are included in a complex mechatronic system. Topics covered will include an overview of Statics and Kinetics with a focus on force system analysis, study of equilibrium, frames and machines, friction and the effects of forces on the motion of objects. Fundamentals and classification of machine elements to include calculations involving force, stress and wear analysis will also be covered. Not part of a TN Transfer Pathway
    • 0.00 - 4.00 Credits

      This course is a study of manufacturing improvement processes in a mechatronics system using the automation system for real world application. Topics covered will include basic statistics for improvement, manufacturing teams, process waste, OEE, process capability, continual improvement, fish bone diagrams, kaizen activities, TPM, and basic time study methods. Emphasis is using a team project with final presentation to apply improvement methods in realworld application. (Prerequisite: MECH 2100, MECH 2200 and corequisite MECH 2400 AND 2500 and college level math)Not part of a TN Transfer Pathway
    • 1.00 - 4.00 Credits

      This course is an internship and is designed to apply manufacturing improvement processes in a mechatronics system. Students will apply and report on a combination of basic statistics for improvement, manufacturing teams, process waste, OEE, process capability, continual improvement, fish bone diagrams, kaizen activities, TPM, and basic time study methods. If taken for 4 credit hours, this internship may replace MECH 2600. (Prerequisite: MECH 2100, MECH 2200 and corequisite MECH 2400 AND 2500 and college level math)Not part of a TN Transfer Pathway
    • 4.00 Credits

      This course is a basic robotic welding programming class. Students will be introduced to robotic welding systems as well as learn how to perform basic procedures on a robotic welding system. Student will learn how to create welding routines, program their own weld paths, and be able to store and retrieve programs and parameters. Students will learn to program a welding robot through a teach pendant and through simulation software, edit programs, set weld schedules, and become familiar with operator controls and indicators on the teach pendant and operator panel. This course also provides fundamental safety precautions while programming and operating the robotic equipment. Course availability determined by program director. Not part of a TN Transfer Pathway.
    • 2.00 Credits

      This is an introduction to Healthcare code sets, clinical terminologies and classification systems used throughout the medical informatics industry. F (Prerequisites: Reading and Writing Learning support courses must be completed prior to enrolling, if applicable) This is an open enrollment course.Not part of a TN Transfer Pathway
    • 1.00 Credits

      This course is an introduction to prior learning assessment and the standards used to evaluate prior learning through portfolio preparation. Patterns of learning in personal, professional, and former education experiences will be identified for the creation of a portfolio. Creating a portfolio of documentation that will include types of training, work experiences, principles and practices of these experiences, examples of work, influential works and people, and summary will be components of the course. Course availability determined by Dean of Business and Technology.