Lois Graham

A student of Graham's, Sherita Caesar, was awarded the 2014 Women in Technology Award by the Women in Cable Telecommunications (WICT), the Society of Cable Telecommunications Engineers (SCTE), and Cablefax. An IIT publication announcing the award stated that Caesar was "inspired" by Graham, who "encouraged Caesar to teach others and give to others in order to help her overcome her fear of presenting her master's thesis."

Lois Graham (known early in her career as Lois Graham McDowell or Lois G. McDowell) (1925 – November 4, 2013) was a professor of thermodynamics and cryogenics. She was the first woman to earn a mechanical engineering PhD in the United States.

In 2010–2011, Graham was an American Association of University Women named scholarship honoree. She was also nominated to be a National Women's History Project National Women's History Month honoree in 2013. In 2015, Graham was awarded a Lifetime Achievement Award by IIT.

A 2007 article published in the International Journal of Mechanical Engineering Education entitled Outstanding Women in Mechanical Engineering described Graham as, "Recognised for her contributions as an educator to thermodynamics and cryogenics." RPI has written that Graham's "academic and professional career paved the way for women and minority engineers." IIT has described her as a "pioneer in the field of mechanical engineering."

On June 6, 2003, Graham was interviewed for SWE's Oral History Project. On September 19, 2003, Graham was inducted to the RPI Hall of Fame. Graham died on November 4, 2013, at the age of 88. An obituary in Watertown Daily Times wrote, "To her beloved grandchildren she was simply 'Grandma Lois.' But to thousands of female mechanical engineers in this country, she was a pioneer and role model."

After 39 years at IIT, Graham retired in 1985 and moved back to upstate New York. On December 8, 1999, Graham was awarded the Person of the Millennium award by IIT students, an award, Graham said, she "prized above all others."

Graham's obituary stated that she was a "supporter of the arts, education and nature conservation," and that in the late 1990s, Graham and her husband became charter members of The Wild Center in New York (a 2015 finalist for the National Medal for Museum and Library Service).

In 1981, Graham founded IIT's Women in Science and Engineering (WISE) program. WISE employed women engineers in the private, public, and academic sectors, as well as graduate and undergraduate students, to engage directly with female high school students in order to increase enrollment of women into college engineering programs. WISE had a three-prong approach: encouraging high school girls in a supportive environment to pursue what are today termed STEM careers; engaging them in hands-on activities that expose them to various math- and science- related fields; and preparing them to pursue an undergraduate engineering degree by advising on course selection, college applications, and similar matters. Fall, winter, and summer programs were offered, usually free of charge, in which female high school students attended college lectures, networked with engineering students, faculty, and professionals, and participated in hands-on projects inside and outside of the laboratory, such as building a generator or planning a moon colony. WISE also educated parents, teachers, and counselors about the opportunities available to young women to pursue math and science careers.

In 1974, Graham became assistant director for Engineering and Science. The following year, she was promoted to full professor, a rare rank for a woman to hold at the time. In 1977, she was named Program Director for IIT's Education and Experience in Engineering Program. She also served as the Director of IIT's Minorities in Engineering Program. In 1979, she was listed as a National Science Foundation Graduate Fellow. In 1980, she received the IIT Professional Achievement Award, and in 1991, the IIT Julia Beveridge Award.

In 1959, Graham was awarded a PhD by IIT and became the first US woman to earn a mechanical engineering PhD. Her doctoral work focused on the field of combustion, and her dissertation thesis was entitled Effect of adding a combustible to atmosphere and surrounding diffusion flame.

Graham served as SWE's fourth national president from 1955 until 1956. In 1955, SWE released a 40-page report entitled Women in Engineering, aimed at influencing how female engineers were viewed by the public. Graham has said in an interview that an early title under consideration for the booklet was "Petticoats and Slide Rules." The report listed accredited engineering programs, their curricula and prerequisites. It also included information about scholarships for women, statistics about women in the engineering field, and suggested reading lists. SWE distributed the Women in Engineering booklet to over 400 high schools around the United States, as well as colleges and universities, corporations and government agencies, and engineering societies. Ultimately, the enthusiastic response led to SWE running out of copies of Women in Engineering, and a new edition was issued in 1958.

Even early in her career, Graham received attention for being a woman in a male-dominated field. In September 1953, Graham was featured in Popular Science, which ran a picture of her, identified as "Lois G. McDowell," with the caption:

Graham was a fellow life member of the Society of Women Engineers, which she joined in 1952, two years after it was founded. At SWE, Graham's worked focused on increasing the number of women pursuing careers in engineering, science, and math. She wrote articles published by SWE advocating for improving the career counseling available to young women, and for increasing the recruitment of young women into the engineering field in order to end a shortage of engineers in the country. To bolster her arguments, Graham marshaled allies by citing other influential people from outside academia who had spoken favorably about women in engineering. For example, in one article, Graham employed a quote by Arthur Sherwood Flemming (then the Director of the Office of Defense Mobilization, and later US President Dwight D. Eisenhower's Secretary of Health, Education and Welfare), in which he said, "[W]e haven't got a chance in the world of taking care of that deficit of engineers... unless we get women headed in the direction of engineering schools." Graham argued that young women could not only help themselves, but also help their country, by pursuing careers in engineering.

In 1949, Graham became the first female faculty member in IIT's engineering department, and the first female graduate student accepted into its Mechanical, Materials and Aerospace Engineering program. IIT had to make an adjustment upon her arrival: converting a small closet into a ladies restroom. Later that year, Graham earned a master's degree in mechanical engineering, the first woman at IIT to do so.

By the time she graduated from high school in the spring of 1942, Graham had settled on attending a state college for teachers in nearby Albany, NY. That summer, Rensselaer Polytechnic Institute (RPI), where Graham's father taught, announced that it would admit female students for the first time, and children of employees could attend for free. Graham enrolled, first attending summer classes, and then enrolling full-time, one of the first four women to be admitted. She followed an accelerated schedule that was available during World War II. Graham became one of the first two women to graduate with a degree at RPI (Class of 1946), and the first woman from the university to graduate with a degree in mechanical engineering.

Graham was born in 1925 and grew up in Troy, New York, one of three siblings. She initially wanted to be a doctor but could not afford medical school. An admirer of Amelia Earhart, Graham also wanted to be a pilot or flight attendant, but those professions at the time had height limitations of 5'3" and weight limitations of 125 pounds. "Well, unfortunately," Graham said in an interview, "I outgrew that career." Interested in aviation, Graham considered aerospace engineering, but as with medical school, she could not afford the tuition.