Topics covered are fundamentals of ladder logic, digital logic, proportional, integral, differential control systems, interface devices, and PLC control systems as applied to manufacturing technology. Provides mathematical and physical analysis of fluid power systems, torque and thrust calculations, determinations of natural frequency, speed, torque, and horsepower efficiencies. Students will calculate for maximum acceleration pressures and rates, heat generation and dissipation considerations, servo and proportional valve sizing considerations. Structuring of a manufacturing proposal in logical stages including analysis of different inquiry formats and diagnosing technical, managerial and financial aspects of a proposal leading to a contract. Student and instructor develop objectives and time guide lines to complete advanced skills and plan to achieve these objectives.
Student is paid part-time employee working under supervision of employer and program coordinator.
Registration with the approval of the instructor only.