Effective integration of all manufacturing function is one of the best ways to achieve higher productivity, reduce the design, planning, manufacturing, and delivery time; and to improve the overall performance of a factory. Therefore, this paper describes the CIM architecture considering computer-aided process planning(CAPP) system, programmable logic controller(PLC) for on-line control, bar-code system for point of sales(POS) management, and automated storage/retrieval system(AS/RS) in manufacturing systems.

Intelitek, an industry leader for over 20 years in the development of hardware and software systems for manufacturing technology training, has developed an e-learning program that provides two components that are crucial to successful learning high quality content and a robust learning management system LMS). The program combines e-learning with practical training to ensure that students are successfully prepared for key roles in the industrialized, global, computer-oriented workplace.

It has become increasingly more important for students to acquire general knowledge of product design and manufacturing along with their specific education in mechanical, lectrical, electronics, mechatronics or other engineering fields. It is essential that students acquire experience and knowledge in related technical fields to sufficiently prepare them for successful careers in automated and computer integrated manufacturing environments. Greater emphasis and experience with integrated technologies in educational programs also broadens students perspective and enhances their ability to adopt and implement new and sophisticated manufacturing and management methods and technologies. Inteliteks CIM systems support both stand-alone disciplines such as mechanical engineering, electrical engineering and computer science, as well as cross-disciplinary programs such as mechatronics, informatics and industrial engineering, which require the integration of multiple technologies.