Bringing theory and reality together through CIM

Abstract

Computer Controls and networks are at the heart of CIM (Computer Integrated Manufacturing) cells. The interdisciplinary nature of CIM cells brings Computer Science students together with Engineering Technology and other students face to face with real world problems. Texas A&M University Corpus Christi is currently developing a funded CIM cell laboratory that will be used in three Computer Science courses and four Engineering Technology courses. The courses include Manufacturing Processes, Programmable Logic Controllers, Control Systems, Capstone Projects, Systems Programming, and System Analysis and Design. The Mechanical Engineering Technology students benefit from the study of mechanical components, the design of tooling and fixtures, the selection of material handling equipment, pneumatic actuators and clamps, and the relationship of material selection to the manufacturing process. The Control Systems Engineering Technology students study the use of sensors, data acquisition, actuators, networking of equipment, robot controllers, programmable logic controllers, and the communication of the cell with overall factory operations. The Computer Science students will focus on the development of controlling algorithms, cell control, user interfaces, networking, and the manipulation and analysis of the data collected. The students of each of the three majors will benefit from working in interdisciplinary groups to solve real-world-like problems. [6,7]