Cross-listed with CIS 1103. This course is designed to give the student an understanding of established and new methodologies using Microsoft Visual Basic programming. Emphasis is placed on developing logical thinking skills.

This course introduces students to the network devices, standards, protocols, and security requirements used to connect industrial and other types of equipment.

This course introduces semiconductors or solid-state components. Topics covered include the diode and applications, transistors, and amplifiers. Prerequisites AT 1163 Fundamentals of Electricity I and AT 1173 Fundamentals of Electricity II.

This course provides a strong foundation in four major areas of industrial equipment, including general, mechanical, electrical, and preventive maintenance, to help students understand, diagnose, and troubleshoot a wide variety of equipment.

An introductory course in the study of digital logic systems. Basic digital logic gates, truth tables, numbering systems, and different types of TTL integrated circuits are studied.

This course is an overall study of the fundamental principles of D.C. circuits. A basic study of Ohm's Law, series, parallel and series parallel resistor circuits. The fundamental concepts form the basis for the study of advanced applications of electronic systems. It is necessary for the electronic technician to be able to understand the basic concepts to function as an Electronic Technician. Ozark Campus CTE fee: $51.

This course is an overall study of the fundamental principles of A.C. circuits. A basic study of Ohm's Law, series, parallel and series parallel resistor circuits. The fundamental concepts form the basis for the study of advanced applications of electronic systems. It is necessary for the electronic technician to be able to understand the basic concepts to function as an Electronic Technician.

Introduction to Industrial Robotics studies the basic operation of a Robot. Skills covered include safety, power up, shutdown, manual operation, homing, and end effector operation. Skills taught also include basic robot programming including movement and effector commands, interfacing and material handling, application development, flexible manufacturing cells, quality control, production control, and work cell development.

This course is intended for an operator, technician, engineer, or programmer who must setup and record programs on robot or virtually. The course covers the Robot Operations outline intermixed with the tasks required to setup the specific application, test, run and refine the program and production setup. Students will learn Fanuc or ABB robot programming in this course.

This course teaches the skills required to understand and maintain the sophisticated applications so commonly found in modern industry. The motion control action may be as simple as opening and closing a valve or as complex as controlling multiple axes on a CNC machine. The motion control learning system is self-contained and teaches students to control one axis. It allows students to learn industry-relevant skills including how to create, navigate, configure, operate, maintain, and apply motion control systems. This course covers the basic tasks and procedures required for an operator, technician, engineer, or programmer to setup, teach, test, and modify iRVision applications or ABB integrated Vision applications.

This course is designed to provide the basic knowledge and application of physical principles involving pumps, cylinders, valves, motors, design, assembly, graphic symbols, and the operation of hydraulic and pneumatic control circuits based on logic principles. Lecture: 4 hours, laboratory: 1 hour.

NOTE: ICS 2123 may be taken before or concurrently with ICS 2133. An introduction to programmable controllers (PCs). The PC is a microprocessor-based programmable device used in controlling mechanical machinery, energy management systems, computer integrated manufacturing, and other applications. Lecture: 3 hours, laboratory: 6 hours. This course is designated as "Green".

NOTE: ICS 2123 and 2133 may be taken before or concurrently with ICS 2143. A continuation of ICS 2133. The PC is a microprocessor-based programmable device used in controlling mechanical machinery, energy management systems, computer integrated manufacturing, and other applications. Lecture: 1 hours, laboratory: 4 hours. This course is designated as "Green".

NOTE: ICS 2123 may be taken before or concurrently with ICS 2153. An introduction to circuit configurations used in industry. Topics to be covered are: solid-state systems used to control D.C. motors, electro-mechanical devices, three-phase power, open and closed loop motor control, robotic input and output transducers, various instrumentation and process control classes. Lecture: 4 hours, laboratory: 3 hours. This course is designated as "Green".

NOTE: ICS 2123 and 2153 may be taken before or concurrently with ICS 2163. A continuation of ICS 2153. Topics to be covered are: solid-state systems used to control A.C. motors, electro-mechanical devices, three-phase power, open and closed loop motor control, robotic input and output transducers, various instrumentation and process control classes. Lecture: 4 hours, laboratory: 3 hours. This course is designated as "Green".

A study of the internal structure of the microprocessor. The full computer system is analyzed from both aspects of hardware and software. Many of the principles studied apply to computer troubleshooting and computer interfacing. Many of the computer support circuits are studied. Many of the skills learned from Programming I, Operating Systems, and Digital Logic are brought together and enhanced. This course is designated as "Green".

A continuation of ICS 1123, this course is a study of field effect transistors, thristors, and linear integrated circuits.

This course is a technician-level approach to instrumentation and control techniques used in advanced manufacturing. It is organized in a logical sequence beginning with an introduction to the field of instrumentation and continuing through all the elements of a control system.

This course introduces how to interpret and accurately work with technical drawings, the care and use of precision measuring instruments, and machine safety.

Manufacturing today utilizes innovative technologies, including Computer Numerical Control (CNC), Computer Aided Manufacturing (CAM) software, and specialty materials to develop and build the products of tomorrow. Students will be walked through all aspects of CNC machining: how to upload and download programs to the machine and how to apply machining techniques to machine a part. At the end of the course, students will spend time on the milling machine learning how to machine a part in a CNC Milling machining center. This last step is critical to putting pieces of the puzzle together so that one can understand the whole process. Students will be applying machining techniques in the virtual world and then applying and seeing how a virtual object becomes reality on a CNC machine.

This course introduces machining operations as they relate to the metalworking industry. Topics include machine shop safety, measuring tools, lathes, drill machines, saws, milling machines, and layout instruments.

Manufacturing today utilizes innovative technologies, including Computer Numerical Control (CNC), Computer Aided Manufacturing (CAM) software, and specialty industry materials to develop and build the products of tomorrow. Students will be walked through all aspects of CNC machining: how to upload and download programs to the machine and how to apply machining techniques to machine a part. At the end of the course, students will spend time on the turning machine learning how to machine a part in a CNC Turning Machining Center. This last step is critical to putting the pieces of the puzzle together so that one can understand the whole process. Students will be applying machining techniques in the virtual world and then applying and seeing how a virtual object becomes reality on a CNC machine.