Bin Wu has been responding to real-world problems related to industrial systems design for twenty years. “When we talk about industrial system design,” he explains, “we are talking about how to put facilities, people, and information systems together so that this system can function for whatever purpose it was designed to serve,” whether to manufacture or to supply. Traditionally, says Wu, when designing an industrial system our main consideration was always productivity – how to produce or manufacture things more efficiently. Three years ago, however, the MU Professor of Industrial and Manufacturing Systems Engineering received a wake-up call that changed the direction of his work.

Bin Wu, Professor of Industrial and Manufacturing Systems Engineering, has been researching, teaching, and consulting within the field of industrial engineering for twenty years. “When we talk about industrial system design,” he explains, “we are talking about how to put facilities, people, and information systems together so that this system can function for whatever purpose it is designed to fulfill – for example, to manufacture or to supply. Traditionally, when we designed a system, the main efficiency considerations were related to productivity.” About three years ago, however, Wu received a wake-up call: his son’s birth created a sense of urgency to address environmental issues, and specifically energy efficiency. He realized then that when designing and improving systems, particularly industrial systems, “energy has got to be a very important consideration, if not the most important consideration.”

Wu teaches a number of classes, at both the undergraduate and graduate level, in the area of industrial systems analysis and design.

Wu has published four books, all in the area of manufacturing and systems design, several of which have become internationally adopted as textbooks: Manufacturing Systems Design and Analysis (1992, 1994), Manufacturing and Supply Systems Management (2000), and Handbook of Manufacturing and Supply Systems Design (2001).