Montague, Raye Jean
1935-2018 · Contribution: 1971
Naval engineer
Created the first computer-generated rough draft/design of a U.S. naval ship; developed the computer program that produced complete frigate specifications in under 19 hours (a process that previously took about two years)

Portraits are AI-generated interpretations, not photographs.
Quick facts
- Born
- 1935, Little Rock, Arkansas
- Active since
- 1956
- Category
- Technology & Engineering
- Best known for
- First computer-generated design of a U.S. naval ship
Impact on the world
Montague revolutionized naval ship design by putting it on the computer, collapsing a two-year process into a single day and transforming how the Navy engineered its fleet.
An alternative history
What Would the World Look Like Without It?
One contribution. Many possible consequences. No single-person origin story.
Imagine this selected contribution absent, not the person or the entire field. The areas below are reflection prompts related to this discipline, not verified chains of direct dependency.
Sources
- Book or scholarly workFind
Encyclopedia of Arkansas
Exact source links open the cited record. Source lookups help locate legacy references whose original records did not include a direct URL.
2 more sources and references are available to members.
Related visionaries
Johnson, Katherine
1918-2020
Orbital mechanics calculations for NASA spaceflight
Vaughan, Dorothy
1910-2008
Electronic computing and FORTRAN programming at NACA/NASA Langley; taught herself and her staff FORTRAN to prepare the center's transition from human to machine computing; headed the programming section of the Analysis and Computation Division and contributed to the Scout Launch Vehicle Program
Williams, Oswald S. 'Ozzie'
1921-2005
Designed aircraft and spacecraft propulsion/control systems: an early experimental airborne radar/radio beacon for locating crashed aircraft, and the reaction-control rocket-engine systems (small steering thrusters) for NASA's Apollo lunar module
Darden, Christine
1942-
Sonic boom minimization research for supersonic aircraft design