Bolds started work in 1955 as a physicist on the
Wright-Patterson Air Force Base in the Electronics Technology Laboratory, radar branch. At the time, a challenge in the design and use of aircraft was the lack of information about the dynamic operating environments. Bolds provided technical administration on a 1966-68 project that investigated how to predict the vibration environments of future aircraft using data collected from past aircraft. She collected aircraft vibration data on the
Northrop Grumman B-2 Spirit,
McDonnell Douglas F-15 Eagle and
Douglas C-133 Cargomaster, As so much data was collected, processing techniques such as
spectrum analyzers and
minicomputers were used. Bolds's spectral analysis of aircraft vibration and noise was called "substantial" and "instrumental" in suggesting ways to correct the adverse effects of the severe aeroacoustic environment created by operating high performance aircraft with their weapons bay doors open. Her work on helicopter vibration frequencies helped to demonstrate that the Helicopter Vibration Test Curve "M" in use in 1970 was inadequate, potentially allowing for many instances of field equipment failure. In 1970 Bolds attended a symposium at the
United States Air Force Academy where she was the only woman of 350 delegates. In 1979, she was awarded an Air Force Systems Command Certificate of Merit for her work. She worked for the
United States Air Force for over thirty years, including fifteen years working on the
Northrop Grumman B-2 Spirit "stealth" bomber, The Air Force bestowed her with the Air Force Systems Command Certificate of Merit for her 30 years of service and credited her with the enhancement of the Northrop Grumman B-2 Spirit “stealth” bomber. She was inducted into the
Dunbar High School Wall of Fame in 2017. Bolds died on November 9, 2018. == Personal life ==