Grace Hopper — "If it isn't bolted down, bring it home."
If it isn't bolted down, bring it home.
If it isn't bolted down, bring it home.
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"My father always told me, 'Grace, you can do anything you want, you just have to work for it.'"
"They told me computers could only do arithmetic."
"I'm just a little old lady who happens to be a computer scientist."
"A ship in port is safe, but that is not what ships are built for. Sail out to sea and do new things."
"It was much more fun to program the Mark I than to operate it."
A lighthearted, somewhat absurd remark that has been attributed to her, possibly reflecting a pragmatic or resourceful attitude.
Date: Unknown
GeneralFound in 1 providers: gemini
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This saying champions bold resourcefulness: if something of value is unclaimed, take it. "Bolted down" means formally reserved or locked away—anything still accessible is fair game. The message is pragmatic: don't be passive, don't wait for permission, don't leave opportunity sitting uncollected. It rewards initiative over hesitation, urging people to actively claim resources, tools, and advantages before someone else does—or before the window quietly closes.
Hopper famously lived by "It's easier to ask forgiveness than permission"—both sayings share the same DNA. As a Navy officer navigating a male-dominated military bureaucracy, she grabbed computational time, funding, and institutional support wherever she found it. She secured access to Harvard's Mark I, championed compiler technology before committees approved it, and pushed COBOL into widespread adoption by making it a fait accompli rather than waiting for formal consensus.
Hopper worked from the 1940s through the 1980s, when mainframe computing time was rationed and expensive, government bureaucracy tightly controlled resource allocation, and women faced active gatekeeping in academia and the military. Cold War competition meant any technological edge carried strategic weight. In that climate, those who waited for formal approval often got nothing; those who seized available tools—machine time, compiler prototypes, institutional legitimacy—built the computing infrastructure the modern world runs on.
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