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The Untold Story of Women in Technology and Science

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Listen to women in the administration share their own tales of STEM (science, technology, engineering, and math) heroes (STEM). Share them with others. Include yours. And commit to encouraging a young ladies to explore a career in science in order to uphold their legacy. They played a key role in laying the groundwork for early computer programming and revealed the structure of the DNA.
New genes were discovered as a result of their work, which also influenced environmental movements.
Along the journey, they overcame gender hurdles as well as the sound barrier.
And telling their tales can start the process of encouraging more teenage women to pursue professions in science.

Ana Roué de Dupery

1853 saw the birth of Ana Roque de Dupery in Puerto Rico. At the age of 13, she established a school in her house and produced a geography textbook for her kids that was later used by the Puerto Rico Department of Education. Roque was devoted to astronomy and education and founded the College of Mayagüez, which subsequently evolved into the Mayagüez campus of the University of Puerto Rico, as well as a number of institutions for ladies only. At the start of the 20th century, Roque published the Botany of the Antilles, the most thorough study of the region’s flora. He also played a significant role in the struggle for Puerto Rican women’s voting rights.

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Lillian Gilbreth

At the turn of the 20th century, Lillian Moller Gilbreth was an American industrial engineer and psychologist. She was a specialist in organizational psychology and efficiency, and she applied its ideas to her home of twelve kids as well as to large organizations as detailed in the book Cheap by the Dozen. She was the first woman elected to the National Academy of Engineering the first woman to speak at the University of California’s commencement, and the first woman to teach engineering at Purdue.

Ruth Rogan Benfeito

American chemist and bioproducts pioneer Ruth Rogan Benfeito was active in this field. Because of her development of a method to create cotton fabrics that are wrinkle-free, stain-free, and flame-resistant, Benfeito is credited with salvaging the cotton industry in post-World War II America. In addition to this study, Benfeito created a technique to extract fats from seeds for use in feeding medical patients intravenously. The system we employ now was built on top of this one. Benfeito won the Leveson-MIT Achievement Award for Life for her contributions to textiles and her dedication to education after retiring from the USDA and continuing to teach college courses for an extra eleven years.

Edith Clarke

Electrical engineering pioneer Edith Clarke was active at the turn of the 20th century. Before contemporary computers and calculators were created, she worked as a “computer,” someone who handled complex mathematical calculations. Clarke struggled to get employment as a woman engineer in contrast to the “normal” jobs that were available to women at the time, but in 1922 she was hired as a professional electrical engineer in the United States. In 2015, she was admitted to the National Inventors Hall of Fame for paving the path for women in STEM and engineering.

Mollie Orshansky

A food economist and statistician named Mollie Orshansky pioneered the way the United States Government defines poverty through her work on poverty thresholds. Orshansky created criteria that later became the federal government’s official statistical definition of poverty by using the cost of the lowest nutritionally appropriate diet to establish a cost of living expense for families of different sizes. It is clear from her work’s continued influence on American public policy that it gave us a way to evaluate the effects of new policies on disadvantaged populations, which is still a common technique to evaluate new policies today.

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