Abstract
Engineering projects, including those in manufacturing, involve systems from design to construction to operation. The most important aspect is design since system performance depends on the quality of design Mechanical systems design is complicated by difficulties in modeling, interplay of hardware and software, lack of scale-up rules, and the inclusion of human operators. Traditionally, systems have been designed based on know-how and trial-and-error; however, this empiricism can lead to costly mistakes. In this paper, a rational means of designing systems based on axiomatic design is discussed. It presents the procedure for systems design and a representation technique for system architecture.
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