YALE News Release

9/11/96

CONTACT: Cynthia L. Atwood #25

For Immediate Release: Sept. 11, 1996

Westinghouse Electric CEO to Deliver Sheffield Address at Yale

New Haven, CT -- Michael H. Jordan, chairman and chief executive officer of Westinghouse Electric Corp., will present the next Sheffield Fellowship address at Yale University on Wednesday, Sept. 18. Mr. Jordan, who earned his bachelor's degree in chemical engineering from Yale in 1957, will speak on "Technology and Politics" at 4:30 p.m. in Sudler Auditorium, W. L. Harkness Hall, 100 Wall St. The public is invited.

The Sheffield Fellowship was established earlier this year to honor the Sheffield Scientific School at Yale, which produced some of the greatest inventors and industrial leaders of the 19th and 20th centuries. Founded in 1852, the School offered engineering degrees until the mid-1940's, when engineering was absorbed into the growing Yale Faculty of Arts and Sciences, where it remains today.

Since assuming the leadership of Westinghouse in 1993, Mr. Jordan has led one of the most comprehensive restructuring efforts ever undertaken within a major U. S. corporation. He implemented a multi-faceted program to improve Westinghouse's financial performance by reshaping its portfolio, reducing debt and taking action to boost earnings.

With the acquisition of CBS in late 1995 and the establishment of a more focused and efficient portfolio, Mr. Jordan has provided a firm foundation for sustainable, long-term growth. In 1994, he was named to President Clinton's Export Council, which advises the president on export performance and expansion, and also provides a forum for resolving trade-related issues. He accompanied the late U.S. Commerce Secretary Ron Brown and other government officials on trade-building missions to countries throughout Asia and Latin America.

Before joining Westinghouse, Mr. Jordan was a partner with Clayton, Dubilier and Rice Inc., a private investment firm based in New York City. Prior to that, he spent 18 years with PepsiCo Inc., where he was director of planning before moving on to senior management positions with Pepsi Cola International, PepsiCo Foods International, the Frito Lay Division and at corporate headquarters as chief financial officer and president.

In the early 1960's, after receiving a master's degree in chemical engineering from Princeton University, he logged a four-year tour of duty with the U.S. Navy on the staff of Admiral Hyman Rickover. His navy tenure included a six-month assignment at the Westinghouse Bettis Atomic Power Laboratory near Pittsburgh, where he earned certification as a nuclear engineer.

Mr. Jordan currently is chairman of the board of directors of the College Fund/UNCF, and a board member of the University of Pittsburgh Medical Center and the Allegheny Conference on Community Development. He serves on several corporate boards, including Rhone-Poulenc Rorer Inc., Melville Corp., Dell Computer Corp. and the Aetna Life and Casualty Co.

The Sheffield fellowship brings to Yale leaders and innovators in business, industry, and government who are at the forefront of important developments in their fields. In addition to presenting a lecture, the Fellow tours laboratories and classrooms, and meets with faculty and students. Informal discussions with members of various student organizations provide career perspectives in engineering and related fields, said D. Allan Bromley, Dean of Engineering and sponsor of the Fellowship.

Yale's Sheffield Scientific School acquired a world-wide reputation as one of the foremost engineering education centers, awarding the first engineering Ph.D. in 1861 to Josiah Willard Gibbs, who is considered the father of thermodynamics and one of America's greatest scientists. His most notable contribution was the discovery and interpretation of the relation of heat to the energy of chemical actions.

Another famous graduate of the School was Lee De Forest, who has been called the father of electronics. In 1906, he developed the audion, an amplified vacuum tube that was the primary component of radios, televisions and computers until they were replaced by transistors more than half a century later.

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Yale Office of Public Affairs.