Swe Courseworks

Accomplishments:
   - Fundraised $2,800 for STEM Education in Local Columbus Schools
   - Outstanding Community Service - OSU College of Engineering
   - Aspiring Program Award in Advocacy - First Place - SWE Region G
   - Outstanding Collegiate Section - SWE Region G
   - Gold Level Outstanding Collegiate Section

Annual Events:

The Society of Women Engineers puts on a wide variety of events through the school year. We plan events related to the following categories: 

Professional Development
K-12 Outreach
Education
Social

A few of our many events are below:

  • SWE Career Fair: Ohio State's spring engineering career fair, aimed at providing employment opportunities for all students within the College of Engineering
  • Ready, Set, Glow for STEM 5K: A glow-in-the-dark 5K aimed at raising money for local Columbus schools and their engineering education programs
  • Discover Engineering: A weekly volunteering opportunity that provides individuals with the opportunity to promote engineering and work on an engineering related projects with grade school kids. Projects include making ice cream, rollercoasters, and water turbines and each week focuses on a difference discipline within engineering. 
  • Networking Night: An evening, just prior to each career fair, for students to network with company representatives.
  • Trip to the Center for Automotive Research: members learn about how to jump a battery, change a car's oil, and change a tire, among other essential car related information. 
  • Woody's Socials: opportunity for members to come socialize and meet other members of SWE


1800s

In 1876, Elizabeth Bragg became the first woman to receive a bachelor’s degree in engineering. She earned her degree in civil engineering from the University of California at Berkeley according to the university’s website, but Bragg never worked as a professional engineer. She was a stay-at-home wife and mother.

Julia Morgan

In 1894, Julia Morgan graduated from U.C. Berkeley’s College of Mechanics with a degree in engineering. She became an architect who designed more than 700 buildings in California. That same year, Bertha Lamme graduated from Ohio State University with a degree in mechanical engineering.

In her research, Troy Eller English, the Society of Women Engineers’ archivist, found that it was rare for more than one woman a year (if any) to receive an engineering degree nationwide from 1876 until 1900. From the turn of the century until the first world war, only a handful of women received an engineering degree in any given year.

Before the late 1800s, a woman’s ability to even enroll in a university was limited, especially if she wanted to study the sciences. For example, the University of Missouri began enrolling female students in its college of education in 1867 to study teaching, but they were not allowed to enroll in all academic programs until 1871.

According to Margaret Layne in her 2009 book Women in Engineering: Pioneers and Trailblazers, the U.S. Military Academy at West Point, which was established in 1802 to educate engineers, and the oldest non-military school for engineering established in 1824, the Rensselaer Polytechnic Institute, did not accept women.

“Some Ivy League and prestigious technical universities known for their science and engineering programs would allow women to study in the 1800s, but occasionally refused to award them degrees, even if they completed the coursework,” Eller English explained.

Ellen Swallow

Ellen Henrietta Swallow Richards was the first woman admitted to the Massachusetts Institute of Technology (MIT), graduated in 1873, and later became its first woman instructor. She was an industrial and environmental chemist and a pioneer in sanitary engineering and home economics. She applied science to the home and was one of the first to use chemistry in the study of nutrition.

Excerpt from Wikipedia: “It being understood that her admission did not establish a precedent for the general admission of females” according to the records of the meeting of the MIT Corporation on December 14, 1870… She continued her studies at MIT and would have been awarded its first advanced degree, but MIT balked at granting this distinction to a woman and did not award its first advanced degree, a Master of Science in Chemistry, until 1886.

“Subjects such as chemistry, botany, and astronomy were considered ladylike; physics was not,” Eller English said. “Engineering, the practical application of mathematics and science, was pretty much out of the question.”

“Some coeducational institutions required women in science courses to sit in the back of classrooms and wait until all male students had been seated before they could choose their seats, or limited the hours that women could study in the library or labs,” she continued.

Nora Stanton Blatch

Early 1900s

  • In 1905, Nora Stanton Blatch earned a degree in engineering from Cornell University. She was the granddaughter of Elizabeth Cady Stanton, a leader of the women’s rights movement.
  • In 1906, Alice Perry became the first woman in Europe to graduate with a degree in civil engineering from Queen’s College Galway.
  • In 1918, Dorothy Hall Brophy was the first woman to receive a bachelor’s degree in chemical engineering at the University of Michigan.
  • In 1919, Edith Clarke earned her master’s degree in electrical engineering at the Massachusetts Institute of Technology.
  • In 1927, Elsie Gregory MacGill became the first woman in Canada to receive an electrical engineering degree from the University of Toronto. She went on to the University of Michigan where she earned a master’s degree in aeronautical engineering. Her mother was a leader in women’s rights in Canada.

Emily Roebling

Not all women who contributed to the engineering profession had a formal education. Emily Warren Roebling is credited with helping to complete the Brooklyn Bridge in 1883 when her husband, the chief engineer, became ill. In 1884, Kate Gleason became the first woman to be admitted to study engineering at Cornell University, but she was unable to complete her degree because she was needed back home at her family’s factory.

According to Layne, Lillian Moller Gilbreth was instrumental in the founding of industrial engineering and was the first woman elected to the National Academy of Engineering. She was one of the first working women engineers with a Ph.D., which she earned from Brown University in 1915 in psychology.

Lillian Gilbreth

Maria Telkes

Maria Telkes earned a Ph.D. in physical chemistry in 1924 at Budapest University. She joined MIT’s Solar Energy Conservation Project in 1950 and held 20 patents for solar devices.

Mid-1900s

Telkes, Elsie Gregory MacGill, and Edith Clarke are all SWE Achievement Award winners for 1952, 1953, and 1954, respectively.

Edith Clarke

In the first half of the last century, “women in engineering were perceived as oddities, defying gender norms” writes Layne.

When World War II created a shortage of male engineers, General Electric started an on-the-job training program for women with degrees in math and physics. Curtiss-Wright Corporation, an airplane manufacturer, hired women who received technical training at seven academic institutions through its Curtiss-Wright Cadettes program. More than 750 women graduated from the program and took jobs in the company’s defense plants.

After the Soviets launched Sputnik in 1957, the U.S. government encourage men and women to study science and technology, but job prospects for women in those fields were still limited.

According to Layne, by 1968, the number of women who received a Ph.D. in engineering was five (.2 percent), and the number of women receiving undergraduate degrees in engineering did not reach one percent in the U.S. until 1972.

Today

Today, women account for about 19 percent of all bachelor’s degrees in engineering earned in the U.S in a given year, as reported by the American Society for Engineering Education. Despite those gains, there are fewer women in engineering than any other profession, including law, medicine and accounting.

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