Arab Women in Tech: Challenging the Gender Paradox
- Arab women are making notable strides in science, technology, engineering and mathematics (STEM), particularly in computing. Data indicates that six of the top 10 countries with the highest...
- This trend has prompted some researchers to label it a "gender-equality paradox," suggesting that women in less gender-equal societies pursue STEM fields more often due to limited choice...
- However, this clarification overlooks the agency and diverse motivations of Arab women.
Explore the remarkable rise of Arab women in STEM fields, as thay shatter stereotypes and redefine success in tech. This article delves into the motivations driving this trend, including personal growth and societal impact, with six of the top 10 countries with the highest rates of women studying ICT being in the Arab world. discover how Arab women in computing navigate unexpected challenges, including the “gender-equality paradox.” Gain insights into how these inspiring professionals contribute considerably to the global landscape of technology and innovation. Read more at News Directory 3 to understand the driving forces and triumphs shaping Arab women’s roles in tech. Discover what’s next …
Arab Women Excel in STEM, Challenging Gender Norms
Updated June 21, 2025
Arab women are making notable strides in science, technology, engineering and mathematics (STEM), particularly in computing. Data indicates that six of the top 10 countries with the highest rates of women studying data and interaction technology (ICT) are in the Arab world.
This trend has prompted some researchers to label it a “gender-equality paradox,” suggesting that women in less gender-equal societies pursue STEM fields more often due to limited choice opportunities. A 2018 study in Psychological Science posited that lower prospects for a satisfying life incentivize women to focus on STEM for higher-paying careers.
However, this clarification overlooks the agency and diverse motivations of Arab women. A 2017 survey of 521 students,academics and practitioners from 17 Arab countries,supplemented by interviews with 27 women,revealed a more nuanced picture. While economic factors are a consideration, personal growth, independence and a desire to improve their societies are more significant drivers.
For two decades, female students in the Middle East have consistently outperformed their male counterparts in math and science on global standardized tests such as the Trends in International Mathematics and science Study (TIMSS) and the Program for International Student Assessment (PISA).
Many Arab women encounter gender stereotypes in computing only after leaving the region.One woman from the United Arab Emirates noted that she first experienced discrimination at MIT. Nour, a systems manager, recalled being treated as a novelty at an international conference, realizing that the Arab world was seen as “unique” in its portrayal of women in computing.
Despite facing challenges, many women find their work rewarding. Manal, a computer science graduate from Jordan and a company owner, expressed frustration that her managerial role took away from her programming time. “I don’t find the time to write anything, but I still love it,” she said. ”I wouldn’t be upset if I gave up the company to someone else and I just wrote code.”
Non-monetary factors are particularly important. Rawan, a software engineer from Jordan, is involved in a project to create more Arabic internet content, addressing the lack of in-depth articles on technology and its intersection with politics. “I want to be part of it,” she said.
“I don’t find the time to write anything, but I still love it. I wouldn’t be upset if I gave up the company to someone else and I just wrote code.”
What’s next
These experiences highlight the need to re-evaluate conventional understandings of gender and professional paths in STEM. By examining the experiences and motivations of Arab women, researchers can gain insights into educational and employment outcomes in both the global South and global North.