Paradigmatic Shifts in Automobile Manufacturing
ABSTRACTOne of the greatest problems facing the U.S. auto industry is the erosion of its manufacturing base. Another is the increasing challenge from Japan, which keeps building on its solid postwar accomplishments mapped out by such pioneers as Taiichi Ohno and Shigeo Shingo. Their enduring legacy includes a reliance on the firm's human resources for maintaining productivity and quality control. The Japanese paradigm thus has a built-in mechanism for self-improvement and competitiveness enhancement.The continued strife in Detroit suggests that the older American paradigm must be restructured; its top-down way of conducting business must allow labor to become a genuine partner with management instead of an adversary. The Japanese immigrant plants in the United States clearly show the way to do this. While such restructuring is frequently time-consuming, the period available for reform dwindles as the Asians keep strengthening their U.S. operations.
Japan's technology trade
Abstract Japan's heavy importation of technology is placed within a historical context and found to be highly efficient in terms of the country's economic development goals. The Asian nation's comprehensive approach in securing and importing the appropriate know-how together with the necessary investments in human resources and capital all aided the transfer and employment of the acquired technology. Statistics on education and study and the use of foreign expertise and schools are cited to illustrate the various efforts at keeping abreast of the West during the turmoil of the last century. Over the long term, these efforts have proved consistent and in the end, usually rewarding. Currently, the trade picture appears poised for a fundamental change as Japan becomes a net exporter of advanced technology. Such a shift will have worldwide consequences for science and commerce.
Second-Generation Process Research Towards Eletriptan: A Fischer Indole Approach
The development of a second-generation process for the synthesis of eletriptan via a Fischer indole cyclisation is described. The finalised process offers several potential advantages over the current route of manufacture including cost, throughput, and safety.