OUR MISSION
Our website’s mission is to raise awareness about the gender gap in the tech industry and its consequences while fostering a culture of inclusivity and diversity. Through compelling visualizations showcasing the percentages of women in various big tech companies, we aim to shed light on the underrepresentation of women in the workforce. Simultaneously, we strive to empower young women by providing resources such as courses, code camps, mentorship programs, and support networks. Our ultimate goal is to bridge the gender gap and inspire a new generation of diverse talent to thrive and succeed in the tech sector, creating a more equitable and innovative future for the industry.
OUR VISION
Our vision is to create a tech industry where gender diversity is embraced as a driving force behind innovations and progress. We envision a future where women occupy equal roles at all levels within tech companies, contributing their unique perspectives and talents to shape the industry’s landscape. Through our visualization, informative content and empowering resources, we aspire to break down barriers, eliminate gender biases, and foster an inclusive environment that values the diverse contributions of individuals from all backgrounds.




The Gender Gap in Tech
The gender gap in tech refers to the significant underrepresentation of women in technology industry, resulting in a lack of diversity and inclusivity. This disparity is evident in various aspects of the tech sector, from educational programs and career opportunities to leadership positions. The problem of gender gap in tech not only hinders women’s access to lucrative and impactful career paths but also perpetuates an industry that fails to harness the full potential of diverse perspectives and talents. Bridging this gap is crucial to creating an inclusive, innovative, and sustainable tech sector that empowers individuals from all backgrounds to thrive and contribute to technological advancements.
History of Women in Tech
Early History: Women played a significant role in computer science from its earliest inceptions, with mathematician Ada Lovelace collaborating on designs for a digital programmable computer in 1840.
20th Century: Throughout the 20th century, numerous well-known women made contributions to computer science and programming, including the “Hidden Figures” like Katherine Johnson, Dorothy Vaughan, and Mary Jackson.
Early History: Women played a significant role in computer science from its earliest inceptions, with mathematician Ada Lovelace collaborating on designs for a digital programmable computer in 1840.
20th Century: Throughout the 20th century, numerous well-known women made contributions to computer science and programming, including the “Hidden Figures” like Katherine Johnson, Dorothy Vaughan, and Mary Jackson.
Present: Today, women remain underrepresented in computer programming-related fields, with only 18% of computer science majors being women in 2014.
Ongoing Efforts: Initiatives like “Girls Who Code” aim to increase girls' involvement in coding from an early age, striving to bring women back to their historic levels of involvement in computer science.
Causes of the Gender Gap in Tech
One of the main causes for the gender gap in the tech industry is due to STEM education (or lack thereof). Research shows that more than half of the bachelor's degrees awarded are to females, but only around 20% of them pursue computer science, engineering and other STEM programs. This is in no way an indication that females lack STEM-related skills as it is seen that girls in high schools are matching or exceeding the achievements of their male classmates. According to an Invanti blog post, “statistically the change occurs at the college level. The implicit bias that science and math fields are for people who identify as males and humanities and arts fields are for people who identify as females persists to this day, even among those who would like to think they reject gendered stereotypes.”
According to Iron Hack, we can equate the lack of women in STEM to these three causes: a lack of self-confidence, stereotypes of tech workers, and a male-dominated culture. These 2020 statistics help highlight the severity of this gap:
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Women made up just 16% of bachelor degree recipients in computer and information services, 21% in engineering, 27% in economics, and 38% in physical sciences.
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Women hold less than 20% of tech leadership roles.
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Only 19% of senior vice presidents and 15% of CEOs are women.
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39% of women in tech see gender bias as a hindrance to getting a promotion.
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34% of Apple’s employees are female but only 24% of their technical roles are held by women.
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During the COVID-19 pandemic, women were nearly twice as likely to either leave their jobs, be furloughed, or be fired.
Another cause for the gender gap stems from sexism and gender discrimination. Sexism basically means that there is a belief that on sex or gender is superior to another, and gender discrimination suggests that someone is discriminated against because of their gender identity. Society plays a huge role in gender stereotypes as there are certain expectations for both males and females, in terms of career choice.
Sapna Cheryan, a psychologist at the University of Washington, discovered that stereotypes of the typical computer scientist hamper women’s interest in pursuing the major. She found that women feel disidentification due to the nerd stereotypes associated with programming.
Describing a computer science activity as something that “girls are less interested in than boys are” caused girls to feel a lower sense of belonging with that activity and made them significantly less likely to choose it. When the computer science activity was not marked with a gender stereotype, girls and boys were equally interested in it.
Consequences of the Gender Gap
Negative:
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The gender gap in STEM means that the talent and potential of many women, who could make significant contributions, are being underutilized.
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The lack of women in STEM can lead to less diverse teams and work environments, which can negatively impact creativity and innovation in problem-solving.
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The underrepresentation in leadership positions and prominent roles can hinder access to role models and mentors for young women aspiring to pursue careers in these fields.
Positive:
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The gender gap in STEM can lead to an increased demand for women in specific fields where gender diversity is sought, creating opportunities for some women who manage to enter these areas.
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It has also raised awareness about the importance of addressing gender equality in these fields, leading to more discussions and efforts to promote inclusion.
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The gap has driven the creation of specific programs and policies to encourage women to enter and advance in STEM careers, such as scholarships, mentorship programs, courses, and awareness campaigns.
Data Visualizations
comparing the percentages of men and women working in big tech companies


We try to show the gender ratio within big-tech companies, hoping to inspire girls to continue their interests in technology. We try to show the importance of fostering diversity within a company and how gender inequality is still evident today.

Resources
Our empowering resources section is a gateway for girls and women to explore the world of computer science. With beginner-friendly courses from renowned universities, transformative code camps like Kode with Klossy and Girls Who Code, enlightening books, and interactive YouTube videos, we offer a diverse array of opportunities to ignite curiosity and embrace the boundless possibilities within the tech realm. Embrace the power of knowledge and step into a world of limitless possibilities in the fascinating realm of computer science.
Courses:
1. edX- "CS50's Web Programming with Python and JavaScript" by Harvard University: This course delves into web development using Python, JavaScript, HTML, and CSS, Participants will build dynamic web applications, making it an ideal choice for those keen on exploring the world of web development. Link: https://www.edx.org/learn/web-development/harvard-university-cs50-s-web-programming-with-python-and-javascript
2. edX - "CS50's Introduction to Computer Science" by Harvard University: An acclaimed course covering the basics of computer science, problem-solving, and coding with C and Python. Link: https://www.edx.org/course/cs50s-introduction-to-computer-science
Online Code Camps:
1. Girls Who Code: A non-profit organization offering free coding programs for girls in grades 3-12. They provide summer immersion programs, after-school clubs, and specialized coding activities. Link: https://girlswhocode.com/
2. Kode with Klossy: Founded by supermodel Karlie Kloss, this free coding camp for girls provides scholarships for summer coding programs focused on web development and design. Link: https://www.kodewithklossy.com/
Books:
1. "Girls Who Code: Learn to Code and Change the World" by Reshma Saujani: This book is a fantastic introduction to coding concepts and the importance of girls in tech. Link: https://www.amazon.com/Girls-Who-Code-Learn-Change/dp/042528753X
2."Cracking the Coding Interview: 189 Programming Questions and Solutions" by Gayle Laakmann McDowell: This book is a comprehensive guide to preparing for coding interviews, covering essential algorithms, data structures, and common interview questions asked in tech companies. It is an invaluable resource for anyone looking to excel in technical interviews and land their dream job in the tech industry. Link: https://www.amazon.com/Cracking-Coding-Interview-Programming-Questions/dp/0984782850
YouTube Videos:
1. Code.org: An educational YouTube channel with a wide range of coding tutorials, designed to make computer science accessible to everyone. Link: https://www.youtube.com/user/CodeOrg
2. The Coding Train: Hosted by Daniel Shiffman, this channel offers fun and interactive coding tutorials using Processing and p5.js. Link: https://www.youtube.com/user/shiffman
These resources provide a diverse range of opportunities for girls and women to explore computer science and coding, from beginner-friendly courses and books to interactive code camps and engaging YouTube channels. Happy coding!


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