13/05/2026
Insights about your God given talents and God's plan for those talents...
She started high school at age 10. She graduated college at 18. She was told women did not attend NASA meetings, so she kept showing up until nobody said it anymore. Then she performed the calculations that kept astronauts safe and helped send human beings to the Moon. Her name was Katherine Johnson. And most of America did not know it for nearly 50 years.
Creola Katherine Coleman was born on August 26, 1918, in White Sulphur Springs, West Virginia. She was the youngest of 4 children. Her father, Joshua, was a lumberman, farmer, and handyman. Her mother, Joylette, was a teacher.
From the very beginning, numbers spoke to Katherine in a way they did not speak to other children.
She said it herself years later: "I counted everything. I counted the steps to the road, the steps up to church, the number of dishes and silverware I washed. Anything that could be counted, I did."
By the time she was 10 years old, she had already started high school.
There was just one problem. White Sulphur Springs, West Virginia, did not offer schooling beyond the 8th grade for Black children. The county simply did not provide it.
Her father made a decision.
Joshua Coleman drove his family 120 miles from their home in White Sulphur Springs to Institute, West Virginia, so that Katherine and her siblings could continue their education. Every school year, he drove that journey. He refused to let geography and segregation decide the limits of his daughter's mind.
At 13, she enrolled in high school at the campus of West Virginia State College. At 14, she was in college itself.
At 18 years old, Katherine Johnson graduated summa cm laude — the highest honors possible — with 2 degrees: one in mathematics and one in French.
Her professor, W.W. Schieffelin Claytor — the 3rd African American in history to earn a PhD in mathematics — had watched her work through every mathematics course in the school's entire catalog. He created a new class in analytic geometry of space just for her. Just for 1 student.
He told her plainly: "You'd make a good research mathematician and I'm going to see that you're prepared."
In 1939, at just 20 years old, Katherine Johnson was selected as 1 of only 3 African American students in the entire country admitted to West Virginia University's graduate mathematics program. She was the first Black woman ever to attend the school.
Then she left.
She had married James Goble. She chose her family. She stepped away from graduate school to raise 3 daughters and teach at a Black public school in Virginia for 100 dollars a month.
For years, she poured her mathematical mind into teaching children.
In 1952, everything changed at a family gathering.
A relative mentioned that the National Advisory Committee for Aeronautics — NACA, the predecessor to NASA — was hiring Black women mathematicians to work as "computers" at Langley Research Center in Hampton, Virginia.
Human computers. People who solved by hand what machines could not yet handle reliably.
Katherine Johnson applied immediately. She moved her family to Newport News, Virginia, and walked into Langley in June 1953 at age 34.
Here is what she walked into.
The computing section was separated. Black mathematicians used different facilities. They were called the West Computers — a group of brilliant African American women, led by mathematician Dorothy Vaughan, solving critical flight problems with little recognition.
Katherine Johnson was assigned there.
Within 2 weeks, she was temporarily moved to the Flight Research Division. That temporary assignment became permanent. Because nobody could match what she did.
Her specialty was geometry — the mathematics of space, motion, and precision paths.
In 1957, the Soviet Union launched Sputnik. The Space Race began. The United States was behind.
NACA became NASA in 1958. Segregation ended inside the agency that same year. Katherine Johnson moved into the Spacecraft Controls Branch.
Early in her time there, she was told women did not attend technical meetings where engineers discussed mission results.
She kept attending anyway.
She said: "I just happened to be there and I started going and nobody said anything. Somebody had to be first."
In 1960, she co-authored a research paper with an engineer on spacecraft orbit calculations. It was the first time a woman in her division had her name on a research report.
Then came May 5, 1961.
Alan Shepard became the first American in space. The trajectory that made it possible had been calculated by Katherine Johnson.
She later said: "They were trying to compute when it should start. I said, 'Let me do it. You tell me when you want it and where you want it to land, and I'll do it backward.'"
Then came February 20, 1962.
John Glenn prepared to orbit Earth three times aboard Friendship 7. NASA had powerful computers calculating the mission path.
But Glenn refused to fly without extra confirmation.
He asked engineers to bring in Katherine Johnson. To verify the numbers by hand.
"If she says they're good," Glenn said, "then I'm ready to go."
She checked the calculations. She confirmed them. The mission succeeded.
A human life in space depended on her confirmation.
Her work continued.
She contributed to Apollo 11 in 1969 — the mission that placed humans on the Moon. She calculated the rendezvous path that allowed the lunar module to dock safely with the command module in lunar orbit. A tiny error would have left astronauts stranded in space.
She worked at NASA until 1986. 33 years. 26 research papers. Early space shuttle development. No missed days she did not choose to miss.
For decades, her name was unknown to most of the public.
In 2016, her story reached the wider world through Hidden Figures and the film adaptation. She was 98 years old.
In 2015, she received the Presidential Medal of Freedom. In 2016, NASA named a research facility after her. In 2019, she received the Congressional Gold Medal.
On February 24, 2020, Katherine Johnson passed away at age 101.
A girl who once counted steps to church in West Virginia grew into the mathematician who helped guide humanity into space and back home safely.
She did it through segregation, doubt, and silence. One calculation at a time.
The math never changed. Katherine Johnson simply understood it better than anyone else.
