Presented By: Aerospace Engineering
AE200 Seminar Series | Impact of Engineering Ethics
George Halow
Professor of Practice
Aerospace Engineering
University of Michigan
Among the most critical traits of effective leaders is ethics. Ethics are a fundamental requirement for leading people, engendering the trust and confidence of your customers, co-workers, and the community at large, and for delivering the best and most reliable products and services. Furthermore, they embody the “right things to do”. It has been said, “it takes years to build a reputation for strong ethics, and just one single lapse to risk destroying it for years to come.” This is especially true in business.
This seminar examines a high-profile breach in ethics – what happened, the immediate impacts, and the lasting legacies it left.
About the speaker...
George F. Halow has been a Professor of Practice in Aerospace Engineering since May 1, 2019 after a distinguished career as an executive at Ford Motor Company. At Ford, he held numerous positions in engineering, manufacturing, and strategy and was the Chief Program Engineer of Expedition, Navigator, Crown Victoria, Grand Marquis, Town Car, and Ranger at various points in his career.
At the University of Michigan, he created an Introduction to the Aerospace Enterprise course for primarily freshmen and sophomores, covering the aerospace industry, leadership, culture, and communication, and careers in aerospace.
He is launching an all-new Model-Based Systems Engineering (MBSE) and systems engineering leadership course series starting in fall, 2022. The course series, which is unprecedented at the undergraduate level, has garnered strong corporate interest, and corporate donations have enabled the build of an MBSE Leadership Lab for the courses and student project team collaboration.
George is also the Program Director of a new online Master of Engineering in Aerospace Leadership degree program which is launching in January 2023.
George is co-author of US (US6745151 B2) and German (DE10319493 A1) Patents for on-vehicle data acquisition buffering, remote transmission, and analysis (2004).
Professor of Practice
Aerospace Engineering
University of Michigan
Among the most critical traits of effective leaders is ethics. Ethics are a fundamental requirement for leading people, engendering the trust and confidence of your customers, co-workers, and the community at large, and for delivering the best and most reliable products and services. Furthermore, they embody the “right things to do”. It has been said, “it takes years to build a reputation for strong ethics, and just one single lapse to risk destroying it for years to come.” This is especially true in business.
This seminar examines a high-profile breach in ethics – what happened, the immediate impacts, and the lasting legacies it left.
About the speaker...
George F. Halow has been a Professor of Practice in Aerospace Engineering since May 1, 2019 after a distinguished career as an executive at Ford Motor Company. At Ford, he held numerous positions in engineering, manufacturing, and strategy and was the Chief Program Engineer of Expedition, Navigator, Crown Victoria, Grand Marquis, Town Car, and Ranger at various points in his career.
At the University of Michigan, he created an Introduction to the Aerospace Enterprise course for primarily freshmen and sophomores, covering the aerospace industry, leadership, culture, and communication, and careers in aerospace.
He is launching an all-new Model-Based Systems Engineering (MBSE) and systems engineering leadership course series starting in fall, 2022. The course series, which is unprecedented at the undergraduate level, has garnered strong corporate interest, and corporate donations have enabled the build of an MBSE Leadership Lab for the courses and student project team collaboration.
George is also the Program Director of a new online Master of Engineering in Aerospace Leadership degree program which is launching in January 2023.
George is co-author of US (US6745151 B2) and German (DE10319493 A1) Patents for on-vehicle data acquisition buffering, remote transmission, and analysis (2004).
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