Margaret Burnett

Margaret M. Burnett (born 1949) is a computer scientist specializing in work at the intersection of human computer interaction and software engineering, and known for her pioneering work in visual programming languages, end-user software engineering, and gender-inclusive software. She is a Distinguished Professor of Computer Science at Oregon State University,[1][2], a member of the CHI Academy, and a Fellow of the Association for Computing Machinery.[3]

Education and career

Burnett was born in 1949, and is originally from Springfield, Illinois. She studied at Miami University of Ohio from 1967 to 1970, brought there in part by their newly established program in computer science but eventually majoring in mathematics. After graduating, she became a software engineer for Procter & Gamble, the first women hired in a management position at their Ivorydale factory and research center in Cincinnati, Ohio. She left soon after, following her husband to Santa Fe, New Mexico, where she started her own business, and then to Lawrence, Kansas.[1]

In Kansas, she became a student again at the University of Kansas (KU). She earned a master's degree there in 1981, began working as an independent consultant, then started a small consulting business with William Bulgren, a professor at KU, and eventually returned to KU for a Ph.D. in 1987.[1] Her dissertation, Abstraction in the Demand-Driven, Temporal-Assignment, Visual Language Model, concerned visual programming languages and was supervised by Allen L. Ambler.[1][4]

On completing her doctorate, she became a Computer Science faculty member at Michigan Technological University. In 1993, she moved to Oregon State University's Computer Science Department.[1] She and Cherri M. Pancake (hired the same year), were the first two women to be hired as tenure-track Computer Science faculty at Oregon State.

Activism

As a graduate student at the University of Kansas, Burnett founded a group for the professional women of Lawrence, Kansas to network for each other, the Lawrence Women's Network, which is still active.[1]

In the early 2000s she began developing methods for software engineers to check how gender-inclusive their software is,[1] and she has given keynote addresses in software engineering concerning issues of gender-inclusivity for software and software engineers.[2]

Recognition

In 2016, Burnett became a Distinguished Professor at Oregon State University,[1] and was named to the CHI Academy.[5] She was elected as a Fellow of the Association for Computing Machinery in 2017 "for contributions to end-user software engineering, understanding gender biases in software, and broadening participation in computing".[3]

gollark: > random musing: obviously if the speed of light was lower, there would be less energy in those sort of reactions. What *other* trickle down effects would it have, though?There's some relation between c and some electromagnetic constants (permittivity and permeability of free space) so you would probably change those too.
gollark: Somewhat relevant point: seriously just use nuclear it's energy dense enough.
gollark: You might have to contend with running out of usable energy in 10^lots years or something, I suppose.
gollark: The inevitable end point of "no growth/no new stuff/etc" is just "society runs through all available resources, can't get more, dies out" or maybe "natural disaster occurs and limited economic/technological resources don't allow dealing with it well".
gollark: This is why I don't like the "zero-growth" people, as well as the various other reasons.

References
  1. Peterson, Chris (January 10, 2017), "Margaret Burnett Oral History Interview", Sesquicentennial Oral History Project, Oregon State University, retrieved 2018-10-17
  2. People of ACM – Margaret Burnett, Association for Computing Machinery, November 17, 2016
  3. ACM Recognizes 2017 Fellows for Making Transformative Contributions and Advancing Technology in the Digital Age, Association for Computing Machinery, December 11, 2017, retrieved 2018-10-17
  4. Margaret Burnett at the Mathematics Genealogy Project
  5. 2016 SIGCHI Awards, ACM SIGCHI, retrieved 2018-10-17
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