INST (Process Control Technology)

INST 1010 - Introduction to Instrumentation Technology - 3 Credits

This course stresses the theory and practical application of mechanical and electrical sensing devices and control systems. Topics covered include sensing and control devices for temperature, humidity, pressure, level and flow. In addition, calibration procedures are covered. Lecture: 2 hours, Lab: 2 hours

INST 1020 - Basic Hydraulic and Pneumatic Components - 3 Credits

This course covers the principles and operation of basic hydraulic and pneumatic components and circuits. Emphasis is placed on system maintenance and repair. Lecture: 2 hours, Lab: 2 hours

INST 1030 - Introduction to Industrial Wastewater Treatment and Pollution Prevention - 3 Credits

This course introduces students to the fundamentals of industrial wastewater treatment and pollution prevention. Students become familiar with state-of-the-art wastewater recycling equipment, proper waste management techniques and practices and applicable federal, state and local environmental rules and regulations. Lecture: 2 hours, Lab: 1 hour

INST 1110 - Instrumentation I - 5 Credits

This course introduces the study of typical transducers and instruments used for the measurement of pressure, temperature and liquid level. In addition, calibration procedures are covered. Stress is placed on mechanical means of measurement and electrical sensing devices during each unit. This course emphasizes the underlying principles of design and operation of industrial measuring devices. Lecture: 3 hours, Lab: 4 hours

INST 1210 - Instrumentation II - 5 Credits

A continuation of Instrumentation I, this course explores transducers and instruments used for the measurement of gas and liquid flow, humidity, specific gravity, viscosity and chemical analysis. Also considered are the principles and methods of transmission, both pneumatic and electronic. (Prerequisite: INST 1110 or permission of instructor) Lecture: 3 hours, Lab: 4 hours

INST 2310 - Control Principles - 5 Credits

This course focuses on the application of control techniques to the industrial process. Included are the study of electronic and pneumatic controllers, control valves, time constants, frequency response, closed and open loops and feedback control systems. Advanced control techniques such as cascade, feed forward and adaptive control are discussed. Laboratory experiments focuses on modes of control, process dynamics and controller tuning. (Prerequisite: INST 1210 or permission of instructor) Lecture: 3 hours, Lab: 4 hours

INST 2320 - Introduction to Programmable Logic Controllers - 3 Credits

This course presents a theoretical and practical knowledge of the relatively low cost, very utilitarian member of the microprocessor family called the “Programmable Logic Controller.” It provides the programming and electrical design expertise for converting electro-mechanical control logical to the digital control logic of the Programmable Logic Controller. The course also provides an appreciation of the savings provided by the Programmable Logic Controller compared to the higher expense of comparable electro-mechanical systems. It also identifies the ease of operation of these systems for the relatively untrained operator. Lecture: 2 hours, Lab: 2 hours

INST 2330 - Advanced Programmable Logic Controllers - 3 Credits

This course presents a theoretical and practical knowledge of the Advanced Programming Software to control the Allen-Bradley “Programmable Controller.” It expands upon the basic PLC techniques for controlling Industrial Processes. It also develops the hardware as well as software configuration SLC 500 and the implementation of Input/Output modules, Comparison, Math, Shift, Sequencer and Control instructions. (Prerequisite: INST 2320 or permission of instructor) Lecture: 2 hours, Lab: 2 hours