Hidden Figures
During the height of the Space Race in the early 1960s, NASA depends on teams of highly skilled mathematicians known as “human computers” to solve the complex calculations required for spaceflight. Katherine Johnson, Dorothy Vaughan, and Mary Jackson each confront racial segregation and gender discrimination while making groundbreaking contributions to America’s effort to send astronauts safely into orbit.
As NASA races against the Soviet Union, Katherine calculates orbital trajectories for John Glenn’s historic mission, Dorothy teaches herself computer programming to lead her team into the digital age, and Mary fights for the opportunity to become an engineer. Together, their perseverance, intelligence, and leadership reshape both NASA and American history.
Recommended for 10+ (PG)
Mild thematic material involving racial discrimination, segregation, workplace inequality, and brief language. An excellent choice for upper elementary, middle school, high school, families, and educators interested in STEM, history, and leadership.
Accuracy Check
The Science Behind Hidden Figures
Mathematics: The mathematical work portrayed is grounded in the real orbital mechanics required for Project Mercury. Katherine Johnson’s calculations were critical to John Glenn’s successful orbital flight.
Engineering: Mary’s engineering work accurately reflects the challenges of designing spacecraft structures and solving aeronautical engineering problems.
Computer Science: Dorothy Vaughan’s transition into programming IBM computers accurately represents NASA’s shift from manual calculations to electronic computing.
Historical Accuracy: While certain scenes and timelines are condensed or dramatized, the film faithfully captures the extraordinary achievements of Katherine Johnson, Dorothy Vaughan, and Mary Jackson, along with the discrimination they faced during segregation.
Overall Accuracy: ★★★★★
Historically grounded with modest dramatic enhancements for storytelling.
STEM Themes
How Hidden Figures Connects to STEM
- Mathematics as the foundation of engineering
- Aerospace engineering and orbital mechanics
- Computer programming and emerging technologies
- Innovation through collaboration
- Diversity in STEM
- Leadership and perseverance
- Problem-solving under pressure
- Scientific excellence overcoming systemic barriers
STEM Careers
Opportunities To Consider
- Mathematician
- Aerospace Engineer
- Computer Programmer
- Data Analyst
- Systems Engineer
- Physicist
- Mission Operations Specialist
- Mechanical Engineer
- Computer Scientist
- Engineering Manager
Katherine Johnson is a gifted mathematician at NASA’s Langley Research Center during the Space Race, calculating flight trajectories and reentry coordinates for missions like John Glenn’s historic orbital flight.
Dorothy Vaughan supervises NASA’s West Area Computing unit, leading a team of “human computers.” Anticipating electronic computing’s rise, she teaches herself FORTRAN and trains her team on IBM mainframes—often without formal permission.
Mary Jackson starts at NASA as a mathematician in the West Area Computing unit. To become an engineer, she petitions a court to attend segregated night classes at an all-white high school, succeeds, and becomes NASA’s first Black female engineer.
Impact and Inspiration
How Hidden Figures Impacted Viewers
Hidden Figures has inspired countless students—especially young women and underrepresented minorities—to explore careers in STEM. The film demonstrates that innovation depends on diverse perspectives and that scientific breakthroughs often result from teamwork rather than individual achievement.
Beyond highlighting remarkable historical accomplishments, the movie reminds viewers that many scientific pioneers worked behind the scenes, receiving little recognition despite making history-changing contributions. Today, Katherine Johnson, Dorothy Vaughan, and Mary Jackson are celebrated as role models whose perseverance expanded opportunities for future generations of scientists and engineers.
The film has become a popular educational resource for classrooms exploring STEM careers, civil rights, leadership, and the history of the U.S. space program.
