This course provides students with the opportunity to experience a realistic manufacturing problem and to develop approaches to solving that problem under the supervision of a faculty member. The seminar develops a behavioral science framework for research on manufacturing management. It examines theoretical models and research findings concerning the organizational structures and behavioral processes associated with successful implementation. The seminar examines the theory and research related to the formulation and implementation of manufacturing strategy including the strategic planning process and techniques for industry and competitive analysis. Students integrate machine tools and fabrication processes to optimize the manufacture of a product.
Emphasis is on engineering design integrated with economic principles and fabricating methods.
Computerized predetermined time systems, robots, and material handling equipment are utilized in the laboratory environment to design production systems. Two hour lecture and 1 hour lab. Planning, design, development, management, and control of production and distribution systems to effectively distribute goods and services from the producer to the user. Aspects of facilities for manufacturing, material handling, packaging, and distribution, concepts of group technology and computer aided facility design and utilization of optimal plant design are covered. A special topic at the graduate level in Mechanical, Industrial, or Manufacturing Engineering to be offered as a course during a term by a faculty member.