Thomas M. Hout
University of Hong Kong
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Research-technology Management | 1996
Thomas M. Hout
Companies willing to embrace complexity are screening managers for a different, bigger set of personal attributes. OVERVIEW: Heads of RD developing new products versus developing people and new technology are, in part, conflicting priorities. They compete for resources. Strong, autonomous new product teams may be fast, but it can be tough to coordinate across teams to ensure component commonality. Strong functional organizations usually promote new technology and expertise development, but can slow down new product teams. Even the right measures of performance are not the same. For example, net present value and time-to-payback are useful measures for new products, but are not very helpful in assessing new technology choices in a research portfolio. Some companies have been experimenting with new ways to manage these conflicting priorities. These are companies that have been leaders in reducing time-to-market in new products, and at the same time, inventive in managing the rest of the R&D portfolio. They have no magic solutions, but their experiments center around these approaches: * Asking managers to create new leadership and management roles. * Encouraging managers to see their responsibilities more broadly. * Creating unusual organizational shapes. * Physically arranging their engineers and technical staff in new ways. * Selecting different, non-obvious people for senior jobs in R&D. Each of the following examples is oversimplified somewhat. But clearly, each company is doing something unconventional and effective. Toyotas Solution Toyota was a pioneer in fast new product development in the 1980s: A shusa, or strong project manager, took a team of functional specialists and developed distinctive, high-quality cars fast. But in the 1990s, several stresses began to cause problems elsewhere in the Toyota system. The number of auto platforms went from 8 to 18, and volume per model declined. The number of separate engineering specialties (product and process) went from 23 to 48. So there were more inexperienced shusas and many more specialist heads in the system for senior product line executives to coordinate, and each shusa and specialist head had less time to talk with each other. …
Global Economic Review | 2005
Xiaohong Wu; Thomas M. Hout; Michael J. Enright
Abstract From 1949 through 1979, China had no insurance industry, as the state self-insured. Government policy was cautious and growth slow for the next 15 years, but since the early 1990s the pace of policy change has accelerated and the industry has grown at more than twice the gross domestic product. Nevertheless, the industrys development and market penetration, particularly in general insurance, remains extremely low by international standards, and continues to be retarded by a mix of forces. This paper examines the drivers for and against the long emergence of Chinas insurance industry, followed by a projection of the future development of the industry in China.
Research-technology Management | 1990
George Stalk; Thomas M. Hout
Archive | 1982
Thomas M. Hout; Michael E. Porter; E. Rudden
Archive | 1988
Joseph L. Bower; Thomas M. Hout
Planning Review | 1990
George Stalk; Thomas M. Hout
Planning Review | 1990
George Stalk; Thomas M. Hout
Harvard Business Review | 2014
Thomas M. Hout; David C. Michael
Harvard Business Review | 2008
Pankaj Ghemawat; Thomas M. Hout
Archive | 1992
Louis Schweitzer; Thomas M. Hout; George Stalk; René Pietri