 |
| IEEE Richard Harold Kaufmann Award | |
|---|---|
| Awarded for | Outstanding contributions in industrial systems engineering |
| Presented by | Institute of Electrical and Electronics Engineers |
| First awarded | 1986 |
| Website | Richard Harold Kaufmann Award |
The IEEE Richard Harold Kaufmann Award is a Technical Field Award of the IEEE that was established by the IEEE Board of Directors in 1986. This award is presented for outstanding contributions in industrial systems engineering.
The award may be presented to an individual, or team of up to three people.
Recipients of this award receive a bronze medal, certificate, and honorarium
Recipients
Source: [1]
- 1988: Walter C. Huening, Jr.
- 1989: Bernard W. Whittington
- 1990: Rene Castenschiold
- 1991: John R. Dunki-Jacobs
- 1992: Kao Chen
- 1993: George W. Walsh
- 1994: Daniel J. Love
- 1995: N. Shan Griffith
- 1996: Marcus O. Durham
- 1997: Thomas E. Sparling
- 1998: James A. Oliver
- 1999: Baldwin Bridger, Jr.
- 2000: Alton Dewitt Patton
- 2001: Louie J. Powell
- 2002: H. Landis Floyd, II
- 2003: Edward L. Owen
- 2004: Richard L. Nailen
- 2005: A. P. Meliopoulos
- 2006: George Younkin
- 2007: Md. Azizur Rahman
- 2008: Hirofumi Akagi, "For pioneering contributions to the theory of instantaneous reactive power in threephase circuits, and its applications to power conditioning" [1]
- 2009: Ronald G. Harley, "For contributions to monitoring, control, and optimization of electrical processes, including electrical machines and power networks" [1]
- 2010: Gerald T. Heydt, "For contributions to electric power quality, and transmission and distribution engineering" [1]
- 2011: David Doyle Shipp, "For contributions to the design, analysis and protection of electrical power systems and personnel in industrial and commercial applications" [1]
- 2012: John P. Nelson, "For leadership in grounding and protection design and the advancement of the electrical safety culture" [1]
- 2013: Kaushik Rajashekara, "For contributions to the advancement of electrical systems in transportation for higher efficiency and lower emissions" [1]
- 2014: Robert D. Lorenz, "For contributions to the development of methodologies and sensors for precision control of electric motor drives and coordinated drive systems" [1]
- 2015: Charles John Mozina, "For contributions to the electrical protection of synchronous generators" [1]
- 2016: G.S. Peter Castle, "For developments of applied electrostatic devices and processes in industry, agriculture, and environmental protection" [1]
- 2017: Erling Hesla, "For leadership in establishing the fundamentals for the protection and safe operation of industrial power systems" [1]
- 2018: Greg Charles Stone, "For advancements in rotating machines insulation evaluation and testing" [1]
- 2019: Susumu Tadakuma (多田隈 進, Tadakuma Susumu), [2] "For pioneering contributions to high power converters and drives for highspeed-train and industrial applications" His innovations were crucial for MAGLEV and Japanese bullet trains. [3]
- 2020: Kouki Matsuse
References
External links
 | This engineering-related article is a stub. You can help Wikipedia by expanding it. |
|
| IEEE Richard Harold Kaufmann Award | |
|---|---|
| Awarded for | Outstanding contributions in industrial systems engineering |
| Presented by | Institute of Electrical and Electronics Engineers |
| First awarded | 1986 |
| Website | Richard Harold Kaufmann Award |
The IEEE Richard Harold Kaufmann Award is a Technical Field Award of the IEEE that was established by the IEEE Board of Directors in 1986. This award is presented for outstanding contributions in industrial systems engineering.
The award may be presented to an individual, or team of up to three people.
Recipients of this award receive a bronze medal, certificate, and honorarium
Recipients
Source: [1]
- 1988: Walter C. Huening, Jr.
- 1989: Bernard W. Whittington
- 1990: Rene Castenschiold
- 1991: John R. Dunki-Jacobs
- 1992: Kao Chen
- 1993: George W. Walsh
- 1994: Daniel J. Love
- 1995: N. Shan Griffith
- 1996: Marcus O. Durham
- 1997: Thomas E. Sparling
- 1998: James A. Oliver
- 1999: Baldwin Bridger, Jr.
- 2000: Alton Dewitt Patton
- 2001: Louie J. Powell
- 2002: H. Landis Floyd, II
- 2003: Edward L. Owen
- 2004: Richard L. Nailen
- 2005: A. P. Meliopoulos
- 2006: George Younkin
- 2007: Md. Azizur Rahman
- 2008: Hirofumi Akagi, "For pioneering contributions to the theory of instantaneous reactive power in threephase circuits, and its applications to power conditioning" [1]
- 2009: Ronald G. Harley, "For contributions to monitoring, control, and optimization of electrical processes, including electrical machines and power networks" [1]
- 2010: Gerald T. Heydt, "For contributions to electric power quality, and transmission and distribution engineering" [1]
- 2011: David Doyle Shipp, "For contributions to the design, analysis and protection of electrical power systems and personnel in industrial and commercial applications" [1]
- 2012: John P. Nelson, "For leadership in grounding and protection design and the advancement of the electrical safety culture" [1]
- 2013: Kaushik Rajashekara, "For contributions to the advancement of electrical systems in transportation for higher efficiency and lower emissions" [1]
- 2014: Robert D. Lorenz, "For contributions to the development of methodologies and sensors for precision control of electric motor drives and coordinated drive systems" [1]
- 2015: Charles John Mozina, "For contributions to the electrical protection of synchronous generators" [1]
- 2016: G.S. Peter Castle, "For developments of applied electrostatic devices and processes in industry, agriculture, and environmental protection" [1]
- 2017: Erling Hesla, "For leadership in establishing the fundamentals for the protection and safe operation of industrial power systems" [1]
- 2018: Greg Charles Stone, "For advancements in rotating machines insulation evaluation and testing" [1]
- 2019: Susumu Tadakuma (多田隈 進, Tadakuma Susumu), [2] "For pioneering contributions to high power converters and drives for highspeed-train and industrial applications" His innovations were crucial for MAGLEV and Japanese bullet trains. [3]
- 2020: Kouki Matsuse
References
External links
|
| This engineering-related article is a stub. You can help Wikipedia by expanding it. |