Alan Schriesheim

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BornMarch 8, 1930 (1930-03-08) (age 95)
Queens, New York, United States
EducationPolytechnic Institute of New York, Bachelor of Science in Chemistry 1951
Penn State University PhD in Chemistry 1954
Occupation(s)Retired CEO and Director Emeritus of Argonne National Laboratories
OfficeDirector and CEO of Argonne National Laboratory
Alan Schriesheim
BornMarch 8, 1930 (1930-03-08) (age 95)
Queens, New York, United States
EducationPolytechnic Institute of New York, Bachelor of Science in Chemistry 1951
Penn State University PhD in Chemistry 1954
Occupation(s)Retired CEO and Director Emeritus of Argonne National Laboratories
OfficeDirector and CEO of Argonne National Laboratory
PredecessorWalter Massey
SuccessorDean E. Eastman
Spouse(s)Beatrice (wife; deceased)

Alan Schriesheim is the Director Emeritus and the retired CEO[1] of Argonne National Laboratory, one of the U.S. Department of Energy's largest research centers.[2] In a January 2008 announcement issued by Penn State University upon the establishment of the Schriesheim Distinguished Graduate Fellowship, it was noted that "Schriesheim is an internationally acclaimed chemist and technology executive. With a career spanning 50 years in industry, academia, and government, Schriesheim was a pioneer in transforming large and highly complex research organizations to yield productive commercialized technology.[3][4]

Alan Schriesheim was born in 1930 in Far Rockaway, Queens, New York. He graduated from Far Rockaway High School in 1948 where he played football.[5] Schriesheim graduated from Penn State in 1954 with a PhD in chemistry, having earned his bachelor's degree from The Polytechnic Institute of New York University (known then as Brooklyn Polytechnic Institute) in 1951. He was the first person in his family to attend college, his father had a 6th grade education and was a furniture store manager.[6]

Career

Schriesheim joined The National Bureau of Standards (renamed the National Institute of Standards and Technology) as a research chemist immediately after graduating with his PhD and worked there from 1954 to 1956. Schriesheim joined Exxon in 1956 and worked there for 27 years until 1982, rising through the organization to become general manager of Exxon Engineering and director of Exxon Corporate Research.[6] In 1983, he became director and CEO of the Argonne National Laboratory, while also holding a dual appointment as a Professor of Chemistry at The University of Chicago, retiring in 1996.[7] He was the first director of a major national laboratory to have an extensive industrial background.[8]

Awards and honors

Argonne CEO Alan Schriesheim and U.S. President Ronald Reagan in 1987 during demonstration of high-temperature superconductivity (U.S. Department of Energy Office of Science)

While at Exxon, he won the American Chemical Society's George Olah award for research in petroleum chemistry in 1969.[9]

Schriesheim served on several public corporate boards, many university and government advisory committees, and is a member of the National Academy of Engineering[10] and holds 22 U.S. patents.[11][12] He is a member of the board of directors of publicly traded HEICO, an aerospace and defense electronics company, and was a former board member of Sun Electric Company[13] and of Rohm and Haas a Fortune 500 chemical company.[14][15]

He received several honorary doctorate degrees including a 2001 honorary degree in science from Penn State, and in 2005 he was named a Distinguished Alumnus, the highest honor the university can bestow on its graduates.[3] He also holds honorary degrees from Penn State, Illinois Institute of Technology and Northern Illinois University[4] and is a board member of Children's Memorial Hospital in Chicago, Illinois.[16] Dr. Schriesheim continues to reside in Chicago and is president of The Chicago Council on Science and Technology.[17]

In 1987, Argonne Director and CEO Alan Schriesheim demonstrated high-temperature superconductivity to U.S. President Ronald Reagan at a 1987 superconductor applications meeting.[18] He was elected a member of the National Academy of Engineering in 1989 for innovative chemical and chemical engineering research and for leadership in both the academic and the industrial sectors.[19]

In 1996, Schriesheim became a Lincoln Laureate and was awarded The Order of Lincoln by The Lincoln Academy of Illinois – the highest honor awarded by the State of Illinois.[20] Other notable Lincoln Laureates include 1981 Laureate U.S. President Ronald Reagan, artist LeRoy Neiman, Olympic Gold Medal winner Jacqueline Joyner-Kersee, author Studs Terkel, author Scott Turow, scientist and Nobel Laureate Leon M. Lederman, actor Charlton Heston, writer and Nobel Laureate Saul Bellow, architect Ludwig Mies van der Rohe, .[20]

According to the Official History of The Lincoln Academy:[21]

The Order of Lincoln was established in 1964 by Proclamation of Illinois Governor Otto Kerner to honor individuals whose contributions to the betterment of humanity have been accomplished in Illinois, or, whose achievements have brought honor to the state because of their identity with it, whether by birth or residence, or whose dedication to the principles of public service inspire all Illinoisans to respond to what Lincoln called 'the better angels of our nature'. To insure that no political connotation should surround the award, an independent, non-partisan entity was established to administer the program. Thus, the Order of Lincoln and the Lincoln Academy (based respectively upon the French Legion of Honor and the French Academy) were established, with Michael Butler, the Academy's first chancellor, as its primary architect. In 1989, as part of the Academy's twenty-fifth anniversary, Governor James R. Thompson declared the Order of Lincoln to be 'the state's highest award' and every Illinois Governor since then has so described it. Each honoree receives a warrant signed by the Governor and bearing the Great Seal of the State of Illinois, certifying his or her investiture as a Laureate of the Order of Lincoln.

Family

Philanthropy

References

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